Health Disparities Report for Accreditation

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Activities Linked Objectives

e-Learning Module: American Academy of Dermatology Part 1

Part 1, Medical Foundation 1

The Skin Exam. Basic Science of the Skin. Morphology. Dermatologic Therapies.

Clinical Skills Practice Sessions: Respiratory Exam

Part 1, Medical Foundation 1

These practice sessions are intended to improve standardization of teaching across groups and to provide tutorial groups with opportunities to focus on areas of particular concern to the group.

Large Group Session: Area of Focused Professional Development (AFPD)

Part 1, Medical Foundation 1

Longitudinal professional development in one of four areas: Health Innovation; Service-Learning; Leadership; Research and Scholarship.

Clinical Skills Practice Sessions: Cardiac Exam

Part 1, Medical Foundation 1

These practice sessions are intended to improve standardization of teaching across groups and to provide tutorial groups with opportunities to focus on areas of particular concern to the group.

e-Learning Module: Intro to Dermatology

Part 1, Medical Foundation 1

Approximately 7% of all adult outpatients have a primary skin complaint, and 60% of outpatient visits for skin disease are made to non-dermatologists. With dermatological conditions being so prevalent, it is important that medical students have a minimum core of dermatological knowledge at the time of graduation.

Large Group Session: Service Learning Opportunities

Part 1, Medical Foundation 1

Define and describe service-learning for medical students. Review goals and benefits of service-learning. Describe the process for participating in service-learning. Service learning is a structured learning experience that combines community service with preparation and reflection.

e-Learning Module: Integrated Pain and Opioid Curriculum Course 1 - Introduction

Part 1, Medical Foundation 1

A longitudinal integrated pain and opioid curriculum. Students must complete this learning path of 7 online courses throughout the program, in addition to other formal and experiential learning activities.

Tutorial: All MF1 Respirology tutorial problems

Part 1, Medical Foundation 1, Respirology

General Objectives
Describe the normal physiology and anatomy (where appropriate) as applied to each respirology theme (Drive to breathe; Respiratory pump and mechanics of breathing; Airflow obstruction; Lung defences, injury and inflammation; Gas exchange).
Demonstrate the ability to participate in a group discussion, both by contributing to the discussion and by actively listening to the contributions of colleagues.
Describe the mechanism of disease (pathophysiology, pathology) as applied to each respirology theme (Drive to breathe; Respiratory pump and mechanics of breathing; Airflow obstruction; Lung defences, injury and inflammation; Gas exchange)
Explain a concept effectively in a group setting.
Evaluate how peers gave and received feedback.
Explain the possible mechanisms responsible for the symptoms described by the patient: dyspnea, cough, wheeze, sputum production.
Demonstrate the ability to reflect upon the strengths and weakness of their own communication skills.

Watching a Video: Introduction to Clinical Measurement

Part 1, Medical Foundation 1, Respirology

Why measure blood pressure? We perform measurement in patients when the measurement tells us something useful about the patient’s health that may be influenced by therapy or some intervention : the measurement should benefit the patient. Measurement involves observers and/or instruments; both can introduce error. Measurement findings can be assembled into categories, defined as present or absent or used as absolute number to predict disease. Likelihood ratios are a useful way of discriminating among diagnostic tests.

Activity Objectives
To understand why we perform diagnostic tests and clinical manoeuvres.
To learn the attributes of diagnostic tests that are clinically useful.
To appreciate the difficult definition of “normal”.
To understand how clinical measurement can be biased by many factors either related to or unrelated to the patient/subject being examined.

Anatomy Demonstrations: Orientation and upper airway

Part 1, Medical Foundation 1, Respirology, Week 1

Nasal skull. The Pharynx and larynx.

Anatomy Demonstrations: Introduction to Chest Imaging

Part 1, Medical Foundation 1, Respirology, Week 1

Some anatomical structures in the chest should be assessed on every chest image. Using a systemic approach to reviewing chest images.

Tutorial: Luke Tomczak MF1 Respirology

Part 1, Medical Foundation 1, Respirology, Week 1

Luke, a 47 year old gentleman with a history of chronic alcoholism and poor eating habits, goes to the ER with a complaint of chest pain. He smokes two packs of cigarettes daily. He has not been feeling well for over one week due to an upper respiratory infection. Two days ago he developed a fever, chills and a sharp pain over his right chest that is worse when he breathes in. Luke had a dry cough initially, but today he has coughed up rusty sputum with some blood in it. Although Luke is not normally short of breath, he has had difficulty climbing the stairs to the office because of breathlessness.

General Objectives
Describe the acute response of the respiratory system to inhaled material.
Describe the response of the respiratory system to chronic inflammation.
Describe the main respiratory pathogens in community and hospital-acquired lung infections along with their major distinguishing features.
Global Objectives
Upon completion of this problem, students should be able to describe the mechanism of hypoxia in alveolar inflammation.

Active Large Group Session: Approach to Pulmonary Function Tests

Part 1, Medical Foundation 1, Respirology, Week 1

What are Pulmonary Function Tests? Noninvasive measure of lung volume, capacity, flow rates and gas exchange.

Activity Objectives
Describe the components of a Pulmonary Function Test.
Identify indications and contraindications to Pulmonary Function Tests.
Identify a differential for obstructive and restrictive patterns and gas transfer impairment.
Utilize stepwise approach to the interpretation of pulmonary function tests.
General Objectives
Develop an approach to diagnostic tests as applied to the respiratory system: arterial blood gases, pulmonary function tests, chest x-rays, exercise testing.

Large Group Session: Family Medicine Orientation

Part 1, Medical Foundation 1, Respirology, Week 1

To introduce and expose students to some of the unique qualities of Family Medicine. To offer early clinical experiences. To expose student to the clinical setting and to health care professionals at work, in order that they gain an understanding of professional roles, and develop comfort in the setting. To allow students to practice professional skills, including communication and physical exam skills, as well as to begin developing their own professionalism. To provide students with a sense of the nature of family medicine with both its challenges and its rewards.

Large Group Session: Canadian Healthcare Elective Presentation

Part 1, Medical Foundation 1, Respirology, Week 1

Clinical Skills Sessions: History Taking and Integration Week

Part 1, Medical Foundation 1, Respirology, Week 1

To discuss and to practice history taking and patient-centered communication skills.

Activity Objectives
To discuss and to practice history taking and patient-centred communication skills.

Active Large Group Session: Introduction to ABGs

Part 1, Medical Foundation 1, Respirology, Week 1

Activity Objectives
Identify indications and contraindications to ABGs.
Identify the components of an ABG and describe normal values.
Review appropriate compensation and magnitude expected in a primary disorder.
Review special considerations and calculations in approach for metabolic acidosis interpretation. (Plasma anion gap, osmolar gap and delta-delta).
Describe primary disorders based on the pH of the ABG.
Describe derangements in each component of an ABG.
Utilize the 5 step approach to interpreting an ABG.
General Objectives
Develop an approach to diagnostic tests as applied to the respiratory system: arterial blood gases, pulmonary function tests, chest x-rays, exercise testing.

Clinical Skills Practice Sessions: Vital Signs and General Appearance

Part 1, Medical Foundation 1, Respirology, Week 2

These practice sessions are intended to improve standardization of teaching across groups and to provide tutorial groups with opportunities to focus on areas of particular concern to the group.

Clinical Skills Sessions: Introduction to the Patient-Centred Physical Exam and Vital Signs

Part 1, Medical Foundation 1, Respirology, Week 2

Introduce what a physical examination is, and the basics on how to perform one in a patient-centred way as a group discussion. Discuss proper technique, the importance of consent, privacy, draping and use of appropriate medical equipment (i.e., stethoscope, blood pressure cuff, etc.) Introduce Vital Signs, including normal and abnormal values. Discuss factors that affect vital signs. Pro comp connection: Patients of Varying Body Habitus. Patients presenting to medical professionals for clinical care represent a variety of body habituses. Body mass index (BMI) is used as a clinical indicator of body habitus, calculated based on a person’s height and weight. Patients are classified according to their BMI as underweight (BMI <18.5), normal weight (BMI 18.5-24.9), overweight (25.0-29.9) and obese (>30.0). Note that although BMI is used clinically, it was originally a population health measure and was derived from a homogenous group (Belgian population). Therefore, its utility for individual patient care may be limited. Epidemiological studies have shown a correlation where the risk of hypertension, type 2 diabetes, sleep apnea, cancer and a variety of other conditions increases as BMI increases; therefore, the classification system is meant to capture increasing health risks. It is important to note that a causal relationship between BMI and these health conditions has not been shown.

Activity Objectives
To discuss the components of a physical exam and to describe and to practice the vital signs assessment.

Active Large Group Session: Intro to Radiology

Part 1, Medical Foundation 1, Respirology, Week 2

Activity Objectives
The student will compare and contrast the different radiological modalities (radiograph, ultrasound, CT, MRI) with a focus on physics, nomenclature, advantages and disadvantages of each.
The student will recognize the indications and contraindications of contrast for CT and MRI.
The student will examine the concept of appropriate ordering of diagnostic tests, with a focus on resource management and radiation exposure.

Tutorial: Thomas Gagnon MF1 Respirology

Part 1, Medical Foundation 1, Respirology, Week 2

Thomas Gagnon, a 12 year old boy diagnosed with asthma 1 year ago, traditionally experienced minimal respiratory symptoms. In the past, he had used inhaled salbutamol sparingly, generally during soccer games, with excellent therapeutic effect. During a late September soccer game being held in a rural area, Thomas developed sudden onset dyspnea, wheeze, and chest discomfort. Earlier in the day he had visited with family members who smoke and have three pet cats. His symptoms were mostly relieved with repeated doses of salbutamol. He awakes the following night with ongoing symptoms that are not responsive to inhaled salbutamol, despite frequent dosing. His parents are alarmed and take him to the emergency department.

General Objectives
Describe the factors that determine airway calibre (upper and lower), including autonomic control and chemical mediators of inflammation.
Explain the basic pathophysiology of the diseases which result in airway obstruction (upper and lower airway).
Explain the effects of airflow obstruction on the respiratory tract, lung mechanics and gas exchange. Use this knowledge to explain the symptoms and signs with which the patient with lower or upper airway obstruction presents.
Explain the assessment of airflow obstruction using diagnostic tests.
Develop a mechanism-based approach to management of airflow obstruction.
Describe how the mechanics of breathing are disturbed in examples of obstructive and non-obstructive (“restrictive”) diseases.
Global Objectives
Upon completion of this problem, students should be able to describe the factors that influence airway luminal diameter, and the key aspects of allergic mediated inflammation.

Tutorial: John Fumer MF1 Respirology

Part 1, Medical Foundation 1, Respirology, Week 2

John Fumer is a 54 year old man who began smoking at the age of 14 and has averaged a pack a day since then. Five years ago, he noticed that heavy exertion such as climbing 2 flights of stairs would leave him more "winded" than usual but there was no major impact on his lifestyle (including smoking!) Over the last 18 months, he has noticed increasing restriction on his activities. When a friend pointed out that he could no longer "walk and talk at the same time", he decided to seek help from his family physician.

General Objectives
Explain the relationship between alveolar ventilation, gas exchange and the acid-base balance in the blood.
Explain the basic pathophysiology of the diseases which result in airway obstruction (upper and lower airway).
Identify the lung volumes that can be measured during spirometry and full pulmonary function.
Explain the effects of airflow obstruction on the respiratory tract, lung mechanics and gas exchange. Use this knowledge to explain the symptoms and signs with which the patient with lower or upper airway obstruction presents.
Explain the assessment of airflow obstruction using diagnostic tests.
Recognize the importance of occupational exposures leading to respiratory disease.
Describe how the mechanics of breathing are disturbed in examples of obstructive and non-obstructive (“restrictive”) diseases.
Develop an approach to management of respiratory diseases: medications (including oxygen), behavioural modifications and population measures for prevention.
Global Objectives
Upon completion of this problem, students should be able to explain the mechanics of lower airway obstruction.

Tutorial: Sarah Rosenthal MF1 Respirology

Part 1, Medical Foundation 1, Respirology, Week 2

Sarah Rosenthal, a 63-year-old woman, has been a smoker for many years and has noticed a gradual reduction in her exercise tolerance over the last three years, finding it more difficult to garden and to walk to her synagogue. She has been able to modify her activities in response to the limitations imposed by her breathlessness but her family has noted her weight has been increasing. When her family noticed that her legs were becoming more swollen and that she was not as "sharp" as usual, they decided to bring her to the emergency room. Her family reports that Sarah has recently visited her family physician and was prescribed a diuretic for her ankle swelling.

General Objectives
Recognize some of the common clinical situations where alteration in drive to breathe is manifested: altitude, intentional or anxiety driven hyperventilation, chronic CO2 retention in COPD, sleep apnea, and opiate use.
Explain the physiological response of the body (heart, lungs and blood) to increased demand for oxygen during exercise and at high altitudes.
Global Objectives
Upon completion of this problem, students should be able to explain the impact of chronic hypoxia on the cardiopulmonary circulation.

Active Large Group Session: Approach to the chest x-ray

Part 1, Medical Foundation 1, Respirology, Week 2

Activity Objectives
Explain the technical principles behind chest radiography.
Explain the basic normal radiographic anatomy of the chest.
Understand how chest radiography helps to differentiate between different pathophysiologic processes.
Describe a stepwise approach to the interpretation of chest radiographs.
Interpret a chest radiograph.
General Objectives
Develop an approach to diagnostic tests as applied to the respiratory system: arterial blood gases, pulmonary function tests, chest x-rays, exercise testing.
Develop an approach to diagnostic tests as applied to the cardiovascular system: EKG, chest x-ray, echocardiogram, stress test.

Tutorial: Arthur N. MF1 Respirology

Part 1, Medical Foundation 1, Respirology, Week 3

Arthur N., a 64-year-old gentleman, presents to his family physician because he is noticing increasing difficulty walking because of breathlessness. He states that he cannot put a finger on when it first began "except that he is aware that he was not as fit" as he should be. Arthur has always enjoyed his walking. However, over the last six months, he has noticed that any incline will make him breathless to the point that friends will remark on it, and he simply has to stop walking. In addition, climbing stairs has become quite difficult. He remarks that he has not been breathless at rest, nor at night-time. He has not noticed any swelling of his ankles. Arthur states that he smoked lightly about twenty years ago. His occupational history is unremarkable and there is no history of heart disease.

General Objectives
Identify the lung volumes that can be measured during spirometry and full pulmonary function.
Describe the response of the respiratory system to chronic inflammation.
Explain the effect of the distribution of ventilation and perfusion within the lungs on gas exchange, and what is meant by the terms "shunt" and "dead space"
Recognize the importance of occupational exposures leading to respiratory disease.
Explain the basic pathophysiology of the diseases which result in disturbances in gas exchange.
Conduct an appropriate respiratory history, including medication and occupation history.
Describe how the mechanics of breathing are disturbed in examples of obstructive and non-obstructive (“restrictive”) diseases.
Global Objectives
Upon completion of this problem, students should be able to explain how disruption of the alveolar capillary membrane affects gas transfer in the lung.

Tutorial: Teresa J. MF1 Respirology

Part 1, Medical Foundation 1, Respirology, Week 3

Teresa, a 65-year-old woman, is brought to the emergency room by a friend who was unable to arouse Teresa completely. Her friend reports that Teresa had been unwell for three days with persistent vomiting. In the emergency room, Teresa is only semi-rousable. Her pulse is 130 and blood pressure is 100/70. Her breathing is rapid and deep. Teresa’s medical record indicates a history of poorly controlled diabetes and premature coronary artery disease, with a prior myocardial infarction at age 49. She is described as “treatment non-compliant” and is noted to have a “difficult psychosocial situation”.

General Objectives
Explain the relationship between alveolar ventilation, gas exchange and the acid-base balance in the blood.
Explain the impact of hyper- or hypoventilation on arterial blood gas balance.
Explain the basic pathophysiology of the diseases which result in disturbances in gas exchange.
Discuss the concept underlying Adult Respiratory Distress Syndrome (ARDS) and some of its most common causes.
Global Objectives
Upon completion of this problem, students should be able to explain the role of the alveolar-capillary membrane in gas exchange.

Anatomy Demonstrations: Lower Airway

Part 1, Medical Foundation 1, Respirology, Week 3

Thoracic cage and relationship of surface structures. Lung structures. Pleura. Diaphragm.

Anatomy Lectures: Respiratory System Anatomy

Part 1, Medical Foundation 1, Respirology, Week 3

Control of breathing. Chest wall, diaphragm. The airway.

General Objectives
Describe the nose (its walls , nasal septum, nasal lining, concha and meatus) , describe and identify paranasal sinuses (frontal, maxillary, ethmoidal and sphenoidal) , describe the nasoapharynx its walls and lymphoid tissues in the region.
Describe and identify lobes of the lung, bronchopulmonary segments, fissures and surface anatomy of the lung and the fissure
Describe surface anatomy and structure of the thoracic wall (ribs, costal cartilages, joints), intercostal spaces and muscles of breathing (intercostal muscles, diaphragm). Describe blood supply and innervations (intercostal neurovascular bundle) of the thoracic wall.
Describe the larynx its landmark and cartilages (thyroid, cricoid, arytenoid and epiglottis) , divisions (supra glotic, ventricle and infra glotic {subglotic}) , identify the vocal cords (true and false vocal cords), describe the innervation of the larynx (reccurent laryngeal nerve, superior laryngeal nerve)
Identify and describe the pleura, pleural cavity, visceral & parietal pleura, innervation of both layers (intercostal , phrenic, and visceral nerves), surface anatomy of the pleura, Identify Costodiaphragmatic (costophrenic) and costomediastinal recesses and suprapleural membrane
Describe and understand mechanics of respiration: inspiration (quiet inspiration, vertical diameter, AP diameter, transverse diameter, forced inspiration, expiration (quiet expiration, forced expiration) and lung changes on inspiration and expiration.
Describe the trachea, its anatomic relations and surface markings, bifurcation and carina
Understand and describe the blood supply (bronchial artery and vein, pulmonary artery and vein), lymph drainage and nerve supply of the lungs
Describe the principal bronchi (superior, middle and inferior lobar bronchus), bronchial tree
Understand the intrapleural pressure and normal mechanics of lung inflation and deflation.
Understand how haemothorax, pneumothorax, pleural effusion, tension pneumothorax can occur.

Clinical Skills Sessions: Respiratory Exam: Practice Case – Dyspnea & Wheeze

Part 1, Medical Foundation 1, Respirology, Week 3

Discuss and practice the components of the respiratory history and physical examination. Practice an approach to the environmental exposure history using the CH2 OPD2 format. Pro-Comp Connection – Health Effects of Climate Change: : Climate change presents a fundamental threat to human health, with the potential to undermine and reverse decades of health progress. Increasingly frequent disruptions caused by climate change may overwhelm the efforts of the healthcare system to address social determinants of health, if those latter efforts ignore the changing environment. Climate change impacts health both directly and indirectly and is strongly mediated by structural determinants of health.

Activity Objectives
To discuss and to practice the components of the respiratory history and physical examination.
To practice an approach to the environmental exposure history using the CH2OPD2 format.
General Objectives
Conduct an appropriate physical exam of the respiratory system.

Tutorial: Tutorial Skills Tune-up MF1

Part 1, Medical Foundation 1, Respirology, Week 3

Global Objectives
Recognize the elements of tutorial dysfunction and develop tools to manage them.
Describe their own learning strategies and identify areas for improvement.
Evaluate their own feedback skills.
Recognize progress made to date (learning process, communication, professionalism, wellness).
Examine how EDI (equity, diversity, and inclusion) elements have been incorporated into tutorial learning thus far, and reflect on the group’s strengths or areas of improvement regarding EDI content.

Active Large Group Session: Integrated Radiology - Anatomy - Respiratory System (IARS)

Part 1, Medical Foundation 1, Respirology, Week 3

Nasal skull. Sinuses. Pharynx. Larynx. Chest. Upper abdomen.

Tutorial: All MF1 Cardiology tutorial problems

Part 1, Medical Foundation 1, Cardiology

General Objectives
Describe the normal physiology and anatomy (where appropriate).
Describe the mechanism of disease (pathophysiology, pathology).
Explain the possible mechanisms responsible for the symptoms described by the patient: chest pain, dyspnea, palpitations, syncope, claudication.
Develop a mechanism-based approach to management of cardiovascular diseases: medications, behavioural modifications and population measures for prevention.

Tutorial: Pauli Emboli MF1 Cardiology

Part 1, Medical Foundation 1, Cardiology

Pauli is a 70 year old female, previously healthy, who presented with mild central pleuritic chest pain and a feeling of light-headedness with minimal activity. Past medical history is significant for systemic arterial hypertension (controlled with diet). Takes no medications other than occasional Tylenol. At baseline, patient is an active person who exercises regularly. Usual HR is in the 50-58 bpm and BP averages 130/85 mmhg. Examination reveals a woman in mild distress with the following vitals on presentation: HR 125 bpm, BP 105/60mmHg, O2 saturation 88% on room air, and respiratory rate of 25/min. Temperature was 37.5°C.

Global Objectives
Understand the pathophysiology of pulmonary shunting and V/Q mismatch.
Describe how lung pathology leads to the development of cor pulmonale, and to cardiopulmonary shock.

Tutorial: Wael M. MF1 Cardiovascular

Part 1, Medical Foundation 1, Cardiology, Week 1

Wael M. is a 78-year-old man who is brought to the emergency room after collapsing at the casino. The last thing he recalls before losing consciousness is drawing an ace while sitting at the blackjack table. His past medical history is unremarkable and he is on no medications. On arrival to the ER, his heart rate is 30 bpm with a blood pressure of 80/50 mmHg. He is alert and oriented, but feels lightheaded. His JVP is not elevated, but cannon a-waves are occasionally seen. There are no carotid bruits. The remainder of the physical examination, including a neurological examination, is normal. In the ER, a temporary transvenous pacemaker is inserted via the right internal jugular vein and positioned into the right ventricular apex. The pacemaker is turned on and set to pace at 60 bpm. At this rate, Wael M.'s BP increases to 100/70 mmHg and his light-headedness resolves. The next morning, Wael M. has a dual chamber permanent pacemaker inserted. His 12-lead EKG post implant shows paced ventricular beats with a left bundle branch block pattern.

General Objectives
Explain electrical impulse generation in cardiac pacemaker cells and how it is propagated through myocardial cells.
Describe the key electrophysiologic principles behind the genesis of the electrocardiogram (EKG) and the electrocardiographic changes that can occur in selected cardiac disorders.
Describe and understand innervation of the heart, conduction system and cardiac pacemaker
Global Objectives
Upon completion of this problem, students should be able to explain cardiac electrical impulse conduction.

Tutorial: Usha L. MF1 Cardiovascular

Part 1, Medical Foundation 1, Cardiology, Week 1

Usha L. is a 16 year-old male who attended a routine follow up visit at his family doctor’s office. He would like to start playing competitive soccer and the coach asked for a doctor’s clearance. The patient’s family was pleased with the proactive approach the coach demonstrated, as they were also worried about the small but real risk of sudden collapse sometimes resulting in death in young elite athletes without previous diagnosis of heart disease. The coach was particularly concerned about ruling out any type of heart disease. Usha is active, athletic and asymptomatic. His past medical history is unremarkable. There is no family history of cardiac disease. He doesn’t smoke or use street drugs.

General Objectives
Describe the normal physiology and anatomy (where appropriate).
Describe and understand innervation of the heart, conduction system and cardiac pacemaker
Global Objectives
Upon completion of this problem, students should be able to describe the fundamentals of normal cardiac anatomy and physiology along with the key elements of the electrical conduction system. Students will be able to describe the cardiac cycle and electro-mechanical interactions in the normal heart.

Clinical Skills Sessions: Introduction to the Cardiac Examination

Part 1, Medical Foundation 1, Cardiology, Week 1

To discuss and to practice the components of the Cardiac history and physical examination.

Activity Objectives
To discuss and to practice the components of the Cardiac history and physical examination.

Tutorial: Janet Woo MF1 Cardiovascular

Part 1, Medical Foundation 1, Cardiology, Week 1

Janet Woo is a 50-year-old woman with a history of intermittent palpitations. Over the last five years, she can recall infrequent and transient episodes of her heart "pounding in her chest". These episodes would not produce any other symptoms and would last no longer than a couple of minutes at a time, so she never sought medical attention. Earlier this evening, while watching television, she developed palpitations that did not resolve. She became diaphoretic, felt dizzy and somewhat short of breath and so called 911 and was brought to the ER.

General Objectives
Explain the mechanisms behind the development of the major atrial and ventricular arrhythmias, including the role of "re-entry".
Develop a mechanism-based approach to the diagnosis and management of arrhythmias.
Global Objectives
Explain the most common mechanism of arrhythmogenesis: re-entry
Explain the findings on an EKG in a patient in normal sinus rhythm.
Explain the findings on an EKG in a patient with tachyarrhythmia.

Anatomy Demonstrations: Vascular Anatomy

Part 1, Medical Foundation 1, Cardiology, Week 1

Vasculature. Anastomoses, Veins without valves, and fenestrated capillaries. Atherosclerosis. Deep vein thrombosis.

Anatomy Lectures: Cardiovascular System Anatomy

Part 1, Medical Foundation 1, Cardiology, Week 1

Embryology of the heart. Mediastinum. Pericardium. Heart chambers and valves. Auscultation of the cardiac valves. Echocardiogram. Coronary vessels. Coronary arteries and veins. Coronary artery origins. Coronary sinus. Cardiac conduction system. Autonomic innervation of the heart.

General Objectives
Understand the mediastinum, its divisions (superior, inferior, anterior, middle and posterior), content and surface anatomy
Describe the pericardium , its layers (fibrous and serous pericardium), layers of serous pericardium (parietal and visceral layer), identify the pericardial sac
Understand and indentify surface anatomy of the heart, its surfaces (anterior, diaphragmatic, posterior) and borders (right, inferior and left borders) , anatomic structure of cardiac chambers: right atrium (openings into the right atrium), right ventricle, left atrium (openings into the left atrium) and left ventricle, understand and describe atrial (inter atrial) septum and ventricular (inter ventricular) septum, structure of the heart, AV valves (tricuspid and mitral) & semilunar valves (pulmonary and aortic)and their surface anatomy
Describe the arterial supply and venous drainage of the heart

Active Large Group Session: EKG Practice Session

Part 1, Medical Foundation 1, Cardiology, Week 1

General Objectives
Develop an approach to diagnostic tests as applied to the cardiovascular system: EKG, chest x-ray, echocardiogram, stress test.

Clinical Skills Sessions: Cardiac Exam: Practice Case - Chest Pain

Part 1, Medical Foundation 1, Cardiology, Week 2

To practice the Cardiac history and physical exam. Pro Comp connection care for Adults with Intellectual and Developmental Disabilities (IDD).

Activity Objectives
To practice the Cardiac history and physical examination.

Tutorial: Alessandra W. MF1 Cardiovascular

Part 1, Medical Foundation 1, Cardiology, Week 2

Alessandra W. is a 70-year-old lady referred to you for shortness of breath. She was previously fairly healthy until 2 months ago when she began noticing mild dyspnea with walking one to two blocks, climbing two flights of stairs, and while swimming at her local pool. Her symptoms have progressed since then to the point where she was forced to give up her swimming, which she had been doing regularly for the last several years. She also could no longer climb more than one flight of stairs without stopping. Over the last few days, she has noticed swelling in her ankles. She has become particularly concerned because she has been waking up at night short of breath and for the first time yesterday was forced to sleep sitting in her recliner. She denies any chest pain, fever, or cough.

General Objectives
Describe Wigger's diagram as a way of understanding the hemodynamic changes that occur in each of the cardiac chambers during the cardiac cycle.
Explain the concepts of afterload and preload (Frank-Starling relationship) and their effects on ventricular performance.
Explain the assessment of cardiac pump function using diagnostic tests.
Describe the pathophysiology and clinical presentation of congestive heart failure.
Develop a mechanism-based approach to the management of congestive heart failure, cardiomyopathy and valvular lesions.
Global Objectives
Upon completion of this problem, students should be able to describe the cardiac cycle, the mechanisms of myocardial contraction and the pathophysiology of congestive heart failure.

Active Large Group Session: Clinical Pharmacology

Part 1, Medical Foundation 1, Cardiology, Week 2

Provide an introduction to the field of clinical pharmacology and therapeutics. To discuss what will be covered throughout the MD Program curriculum. To discuss pharmacodynamics and pharmacokinetic concepts.

Activity Objectives
To discuss how clinical pharmacology and therapeutics will be covered throughout the MD program curriculum.
To provide an introduction to the relevance of clinical pharmacology and therapeutics.
To introduce pharmacodynamic and pharmacokinetic concepts.

Watching a Video: Introduction to Therapy Studies

Part 1, Medical Foundation 1, Cardiology, Week 2

Absolute risk reduction. Relative risk reduction. Number needed to treat. Calculating harm. Balancing risk / benefit. Communicating results. Relative risk. Odds ratio.

Tutorial: Liam D. MF1 Cardiovascular

Part 1, Medical Foundation 1, Cardiology, Week 3

A 10-day-old infant is brought to the emergency room of your hospital by his mother with a history of progressive irritability and poor breastfeeding. On history, the infant was born by uncomplicated spontaneous vaginal delivery at 40 weeks gestation following a completely unremarkable pregnancy. Birth weight was 3.5 kg. The infant was well after birth and breast feeding was initiated by his mother without any problems. He was discharged home on day 2 of life. Over the subsequent days, the infant had increasing irritability and poor feeding; his mother describes him as having more difficulty at the breast, sucking for only a few seconds and then seeming short of breath. She also notices that he seems to be getting more tired and that his lips turn purple during feeding. In the emergency room, the baby is irritable and cyanotic-looking. Vital signs show a respiratory rate of 36 breaths per minute, heart rate of 195 bpm; BP 75/30 mmHg; oxygen saturation 75% on room air. He is noted to be warm and well perfused, but persistently cyanotic. On exam, he has palpable femoral pulses bilaterally, and normal breath sounds. Lung fields are clear to auscultation. He has a harsh systolic murmur best appreciated on the left upper sternal border. You provide 100% oxygen by face mask and order bloodwork, EKG and a chest X-ray.

General Objectives
Review the basic embryology of the heart.
Embryology / organogenesis
Understand basic embryology of the heart
Explain the transition from the fetal to the neonatal circulation and the most common types of congenital heart defects.
Fetal circulation and transition to neonatal circulation, basic congenital heart defect
Global Objectives
Upon completion of this problem, students should be able to describe the normal fetal circulation and explain how disrupted blood flow patterns can lead to cyanosis and organ dysfunction.

Tutorial: Novak B. Part 3 MF1 Cardiovascular

Part 1, Medical Foundation 1, Cardiology, Week 3

Novak B. was discharged home following his myocardial infarction. He felt well for 4 days. He then developed an episode of dull retrosternal chest pain lasting for 2 hours. He felt this was somewhat different than the chest pain he had presented to hospital with during his MI. He felt unwell and was pale and diaphoretic on arrival at the ER. In the ER, his BP dropped to 85/55 mmHg, RR 32, HR 135 bpm, his JVP was elevated at 10 cm above the sternal angle. His lungs were clear to auscultation. Precordial examination demonstrated soft heart sounds. An EKG demonstrated sinus tachycardia with generalized low voltages and no new ST segment abnormalities. An echocardiogram was performed immediately and demonstrated a large pericardial effusion.

General Objectives
Describe the pathophysiology behind common clinical presentations of atherosclerotic disease including stable angina, unstable angina and myocardial infarction (including complications of acute myocardial infarction).
Describe the normal anatomy and function of the pericardium and the pathophysiology of cardiac tamponade.
Global Objectives
Upon completion of this problem, students should be able to explain the potential complications of acute myocardial infarction.

Tutorial: Novak B Part 1 MF1 Cardiovascular

Part 1, Medical Foundation 1, Cardiology, Week 3

Novak B. is a 55-year-old man with a history of type 2 diabetes mellitus, hypertension and hyperlipidemia. He presents himself at your office because he has been experiencing chest pain for several days, but has been reluctant to come to the office. He first noted it 6 weeks ago while shoveling snow. The discomfort was mid-sternal and radiated to his jaw. It resolved with rest. Since then, he has noted 3 similar episodes each occurring while climbing the 2 flights of stairs from his basement to the bedroom. Upon further questioning, he also tells you that he feels cramps in both of his calves whenever he walks for more than 500 meters. If he stops walking, his symptoms resolve within 2-3 minutes. On examination, he is mildly obese. His pedal artery and posterior tibial artery pulses are significantly decreased in volume bilaterally. The remainder of the examination is normal. You diagnose him with angina and prescribe aspirin, a beta-blocker, a statin and nitroglycerin. You also make a referral to a dietician.

General Objectives
Describe the pathophysiology of atherosclerosis.
Recognize the factors that promote coronary atherosclerosis ("risk factors").
Explain the general principles of myocardial cell metabolism and know the determinants of myocardial oxygen consumption - MVO2
Recognize the structure of myocardial cells and the mechanism by which they contract.
Describe the pathophysiology behind common clinical presentations of atherosclerotic disease including stable angina, unstable angina and myocardial infarction (including complications of acute myocardial infarction).
Recognize non-coronary atherosclerosis, and what clinical syndromes that may result as a consequence of atherosclerotic involvement of the peripheral vascular system.
Global Objectives
Upon completion of this problem, students should be able to describe the pathophysiology of atherosclerosis and its relationship to cardiovascular disease.

Tutorial: Novak B. Part 2 MF1 Cardiovascular

Part 1, Medical Foundation 1, Cardiology, Week 3

Three years have now gone by and Novak B. has done very well. He has used his Nitroglycerin only once since you prescribed it, when he had to run for a bus. One night, you happen to be working an ER night shift at the local hospital when Novak is brought in by an ambulance. He is complaining of severe retrosternal chest pain, which started one hour ago. An EKG is obtained immediately and confirms an acute myocardial infarction (AMI). A chest X-ray is normal, as is his first Troponin T. You give him 162 mg of aspirin to chew, along with 180 mg of ticagrelor and enoxaparin 80 mg subcutaneously every 12 hours, as a starting dose. On examination, he is in distress from the pain and looks dyspneic. His pulse is 90 bpm and his respiratory rate is 24. His blood pressure is 100/70 mmHg in both arms. His O2 saturation is 90% on 2L oxygen via nasal prongs. His JVP is 5 cm above the sternal angle. He has bibasilar inspiratory crackles. His heart sounds are obscured by the ambient noise in the ER, but no obvious murmurs are heard. He has no peripheral edema. You briefly discuss percutaneous coronary intervention (PCI) and thrombolytic therapy. Novak does not consent to thrombolysis, but agrees to PCI.

General Objectives
Describe the pathophysiology behind common clinical presentations of atherosclerotic disease including stable angina, unstable angina and myocardial infarction (including complications of acute myocardial infarction).
Develop a mechanism-based approach to the management of coronary artery disease.
Global Objectives
Upon completion of this problem, students should be able to explain the pathophysiology of the acute coronary syndromes.

Clinical Skills Sessions: Head and Neck Exam: Practice Case - Hearing Loss

Part 1, Medical Foundation 1, Cardiology, Week 3

Discuss and to practice the Head and Neck history and physical exam, with a focus on the ear and nose exam. Note: The ENT exam includes the Ear, Nose and Throat. We will not focus on the Thyroid exam as it is covered in MF3, nor the Lymph Node exam as it is explored in MF2.

Activity Objectives
To discuss and to practice the Head and Neck history and physical exam, with a focus on the ear and nose exam.

Anatomy Demonstrations: Cardiac Anatomy

Part 1, Medical Foundation 1, Cardiology, Week 3

Surface anatomy. Mediastinal contents and pericardium. Fetal circulation. Coronary circulation and valve structure.

Tutorial: Sade A. MF1 Cardiovascular

Part 1, Medical Foundation 1, Cardiology, Week 4

Sade A. is a 54-year-old woman known to have hypertrophic cardiomyopathy. She was diagnosed at age 18 when she had a syncopal episode. She was told to avoid any competitive or physically demanding sports. Her brother was also diagnosed with the same condition. Her echocardiograms have shown increased septal thickness and obstruction to flow at the left ventricular outflow level. She is on metoprolol to decrease the degree of outflow obstruction. She was well until a few weeks prior to consultation when she started to feel her heart racing and felt frequent irregular heartbeats. Since then, her heart rate has been consistently around 110-120 bpm. She has also noticed effort intolerance. She used to be able to walk her dog, but now she becomes short of breath as soon as she reaches an incline and has to slow down. On exam, her heart rate is 105-110 bpm and irregular, blood pressure 118/68 mmHg, JVP is not elevated, she is acyanotic. You can hear crackles at both lung bases, no peripheral edema, precordial exam reveals a sustained apical impulse and a grade 3/6 systolic murmur which increases with the Valsalva maneuver.

General Objectives
Develop an approach to evaluating a patient with chest pain.
Develop a mechanism-based approach to the management of congestive heart failure, cardiomyopathy and valvular lesions.
Global Objectives
Upon completion of this problem, students should be able to describe the mechanisms by which cardiomyopathy leads to decompensated heart failure.

Tutorial: Teresa J Part 2 MF1 Cardiovascular

Part 1, Medical Foundation 1, Cardiology, Week 4

You are called to see a patient in the ER who has presented with shortness of breath. You immediately recognize Teresa J, the 65-year-old female who was previously admitted for several weeks with acute lung injury earlier in the year. A quick review of her chart reminds you that she also has a history of poorly controlled diabetes and premature CAD with a prior MI at age 62. She looks distressed and is only able to talk in short phrases. She describes chest pain on the left side that gets worse when she coughs or moves. She has been getting weaker over the last 3 days. Her sputum is yellow, but she denies hemoptysis. She stopped taking all of her medications a week ago (furosemide, ASA, antihyperglycemics, metoprolol).

Global Objectives
Upon completion of this problem, students should be able to demonstrate integration of knowledge from across MF1.

Tutorial: Terrance K. MF1 Cardiovascular

Part 1, Medical Foundation 1, Cardiology, Week 4

Terrance K. is a 60-year-old gentleman who comes to the emergency room after experiencing an episode of retrosternal chest discomfort. This occurred while he was walking on his treadmill at home. The pain was mid-sternal, non-radiating, and resolved approximately two minutes after he stopped his treadmill. He admits to several recent episodes of similar chest discomfort, each occurring during exercise. His first episode occurred 6 months ago, though they have become more frequent over the last month. He has noted these episodes only with exertion and never at rest. He became particularly alarmed with today's episode because he also felt quite lightheaded and thought he was going to faint. His past medical history is unremarkable, though he admits to not having been to a doctor in over 30 years. He is on no medications and denies any drug allergies. On examination, his heart rate is 76 bpm and regular, his BP is 110/70 mmHg, and his respiratory rate is 12. He is afebrile with a temperature of 36.8 degrees Celsius. His JVP is elevated at 5 cm above the sternal angle. His carotid pulse is somewhat delayed and with a diminished upstroke. There is a palpable thrill over both carotids. His chest reveals bibasilar crackles on auscultation. His cardiac exam reveals a sustained but not displaced point of maximal impulse. There is a palpable S4. The first heart sound is normal though the second heart sound is diminished in intensity. There is an easily heard fourth heart sound. There is also a harsh, grade 3/6, crescendo-decrescendo systolic murmur that peaks late in systole. The murmur radiates into both subclavian arteries as well as both carotids. It is also heard throughout the precordium.

General Objectives
Explain the concepts of afterload and preload (Frank-Starling relationship) and their effects on ventricular performance.
Describe the normal anatomy of the atrioventricular and semilunar valves and how they function.
Describe the pathophysiologic consequences and clinical presentations of the common types of valvular lesions.
Global Objectives
Upon completion of this problem, students should be able to describe how pressure overload affects myocardial function.

Active Large Group Session: Introduction to Pain

Part 1, Medical Foundation 1, Cardiology, Week 4

This session is intended to generate a discussion towards formulating a basic early understanding of pain for future physicians. It is also intended to serve as a framework for future learning about how pain manifests in the context of health or disease, be it acute, chronic, or terminal, and to consider how it might be managed. Finally, this session is intended to begin illustrating how psychological, environmental and social factors can influence the experience of pain and its management thus resulting in the potential need for an interdisciplinary approach in that regard.

Activity Objectives
Explain what pain means to you.
Define pain.
Explain how a painful stimulus reaches a person’s awareness.
Describe the management of pain in the Primary Care setting.
Describe the pharmacology of pain management.
Describe the biopsychosocial model of pain.
Explain the role of the pain clinic.
Describe the interdisciplinary model for pain management.

Tutorial: Amanda VP MF1 Cardiovascular

Part 1, Medical Foundation 1, Cardiology, Week 4

Amanda VP. is a 44-year-old Russian immigrant whom you first meet at family health team where you are completing your core training as a family medicine resident. Amanda presents to the clinic because she’s had a two-week history of fevers, chills, malaise and shortness of breath on exertion. She became particularly concerned earlier today when she experienced a brief episode of left arm weakness that lasted for approximately 5 minutes and then completely resolved. Amanda, one of four children, grew up in the former Soviet Union, in a poor household with her extended family (cousins, aunt and uncle, and grandparents). Amanda VP.’s short stature makes you wonder if she was malnourished as a child and if so, what other effects this may have had on her health. Her past medical history seems unremarkable. She has been hospitalized once when she delivered healthy twin girls twenty years ago. She does recall having been told by her obstetrician that she had a heart murmur. She is married and works as a dental assistant in her husband's office. She smokes one pack of cigarettes daily and has done so for 30 years. She does not drink alcohol. On examination, she looks unwell. She is febrile with a temperature of 38.8 degrees Celsius. Her heart rate is 110 bpm with a BP of 100/65 mmHg. Head and neck examination reveals bilateral conjunctival petechiae. Her JVP is 4 cm above the sternal angle. Her chest is clear. Heart sounds reveal a grade 3/6 pan-systolic murmur best heard at the apex and an S3 with gallop. Her point of maximal impulse is enlarged and palpated in the anterior axillary line. She has mild bilateral pedal edema. Neurological examination, including fundoscopy, is completely normal as is the dermatologic exam. You decide to admit her to hospital, order blood work, a chest X-ray, and an echocardiogram.

General Objectives
Explain the concepts of afterload and preload (Frank-Starling relationship) and their effects on ventricular performance.
Describe the normal anatomy of the atrioventricular and semilunar valves and how they function.
Describe the pathophysiologic consequences and clinical presentations of the common types of valvular lesions.
Global Objectives
Upon completion of this problem, students should be able to describe how volume overload affects myocardial function.

Active Large Group Session: A Focus on Insurance and Budgeting

Part 1, Medical Foundation 1, Cardiology, Week 4

Different types of insurance. Personal budgets.

Activity Objectives
Name different types of insurance available to students and analyze the factors that help a person decide when to obtain each type and how much.
Produce a personal budget that applies to you and any dependents/partners.

Clinical Skills Sessions: Head and Neck Exam: Practice Case - Sore Throat

Part 1, Medical Foundation 1, Cardiology, Week 4

Objective: To discuss and to practice the Head and Neck history and physical exam, with a focus on the oropharyngeal exam. Pro-Comp Connection: Poverty - the disproportionate burden of Rheumatic Heart Disease on marginalized populations.

Activity Objectives
To discuss and to practice the Head and Neck history and physical exam, with a focus on the oropharyngeal exam.

Clinical Skills Sessions: Respiratory Exam: Practice Case - Dyspnea and Cough

Part 1, Medical Foundation 1, Respirology, Week 4

Discuss and to practice the components of the respiratory history and physical examination. Practice an approach to the environmental exposure history using the CH2OPD2 format. Pro Comp Connection – Health Effects of Climate Change.

Activity Objectives
To practice the Respiratory history and physical examination.

Large Group Session: Physician Humanity Panel #2

Part 1, Medical Foundation 1, Respirology, Week 4

Why I became a doctor... or NOT. Exploring Different paths' to Happiness.

General Objectives
Identify and address problems/issues that might affect one’s own health, well-being, or professional capabilities.

PC Session: What is Pro Comp?

Part 1, Professional Competencies 1, Week 1

This session will introduce students to the Professional Competencies course structure and expectations. It will allow students and LFs to start to get to know each other, to begin to form as a group, and to establish norms for working together.

General Objectives
Employ strategies for successful team functioning as they apply to various learning environments.
Demonstrate skills of negotiation and conflict resolution.

PC Session: Ethics - Consent

Part 1, Professional Competencies 1, Week 2

By the end of this session, students will be able to demonstrate an understanding of the concept of informed consent; describe the limitations of informed consent in relation to issues of voluntariness and coercion; explain the relationship between age and capacity for consen

General Objectives
Employ and critically evaluate ethical theories and principles when exploring learning scenarios and reasoning about ethical challenges in the clinical setting.
Identify ethical issues and dilemmas in their own clinical experiences related to patient care, institutional practices and health policies.
Summarize the ethical, legal obligations and duty of care that physicians have for patients, colleagues and, communities, and the tensions that may arise from these responsibilities.

PC Session: History of Medicine

Part 1, Professional Competencies 1, Week 3

Appreciate a historical perspective for understanding medicine and its relationship to technology, medical education, and the relationship of body to mind; Gain an understanding of how society has viewed and reacted to doctors and medical practice; Learn how medicine has intersected with the law to define the human being; Consider how different theories of the body have produced particular medical procedures, approaches to patients, criminal punishment, and medical ethics.

General Objectives
Justify how knowledge from the social sciences and humanities contributes to medical practice.

PC Session: Ethics - Confidentiality

Part 1, Professional Competencies 1, Week 4

Medical students are as responsible for maintaining patient confidentiality as fully licensed professionals are. This session will help you prepare to apply privacy rules and legislation.

General Objectives
Employ and critically evaluate ethical theories and principles when exploring learning scenarios and reasoning about ethical challenges in the clinical setting.
Judge when additional expertise is needed in the resolution of ethical choices and where to find appropriate resources (help, laws, policies, etc.) to obtain this help.
Identify ethical issues and dilemmas in their own clinical experiences related to patient care, institutional practices and health policies.
Summarize the ethical, legal obligations and duty of care that physicians have for patients, colleagues and, communities, and the tensions that may arise from these responsibilities.
Integrate moral reasoning and judgment with communication, interpersonal, and clinical skills to provide the patients with effective and ethical care.

PC Session: Communication Skills 1

Part 1, Professional Competencies 1, Week 5

This session will provide students with their first opportunity to work with Standardized Patients while developing their communication skills.

General Objectives
Illustrate how being a good communicator is a core clinical skill for physicians, and how effective physician-patient communication can foster patient satisfaction, physician satisfaction, adherence and improved clinical outcomes (CanMEDS 2015).
Demonstrate how to perform the basic communication and interpersonal skills that are required to accomplish each of the specific and discrete tasks defined in the Kalamazoo Consensus Statements. (1999, 2002).
Summarize the concepts, principles, and research evidence that support the importance and efficacy of developing communication and interpersonal skills in medicine.

PC Session: Ethical Decision-making

Part 1, Professional Competencies 1, Week 6

In this session you will do two things: 1) discuss codes of medical ethics and the theory that informs them; and 2) become familiar with the Hamilton Health Sciences (HHS) Ethics Framework as a tool for analysis of ethical issues and case studies in medical ethics.

General Objectives
Apply the McMaster framework for moral reasoning.
Summarize the ethical, legal obligations and duty of care that physicians have for patients, colleagues and, communities, and the tensions that may arise from these responsibilities.

PC Session: Anti-Oppressive Practice

Part 1, Professional Competencies 1, Week 7

This session will assist students to critically analyze the social structures of power and privilege and how these may be operating in ways that marginalize less powerful groups.

Activity Objectives
Groups will engage in a thoughtful discussion about the anti-oppressive theoretical framework and its relevance for medical practitioners.
Groups will identify their own social location and the ways that privilege manifests.
Groups will explore behaviours that reflect anti-oppressive medical practices.
General Objectives
Demonstrate skills for critical intersectional analysis.
Employ value constructs foundational to the practice of medicine and the delivery of health care, including constructs related to vulnerable and marginalized populations and to the recognition of cultural diversity (using a broad definition and understanding of culture).
Justify how knowledge from the social sciences and humanities contributes to medical practice.
Summarize different “ways of knowing” about the body and how these ways affect the clinical encounter.
Illustrate the difference between disease and illness, and plan an approach to understanding the patient’s illness experience.
Analyze and critically reflect on how the impact of physician power and privilege may contribute to disparities through biased care.
Analyze the influence of gender on health concerns and health care provision.
Recommend responses to key social and cultural factors that lead to poor health outcomes for individuals, families, and communities.
Identify the diverse factors (ie. sociocultural, psychological, institutional, economic, occupational, environmental, technological, legal, political and spiritual) that contribute to the systemic marginalization of vulnerable populations and impact health and health care delivery.

PC Session: Trauma Informed Care

Part 1, Professional Competencies 1, Week 8

This session will introduce the concepts of trauma and trauma-informed care to medical students. This session emphasizes the importance of identifying trauma and the impact on health. It builds on and extends the skills learned in the communication domain and reinforces concepts from the session on narrative medicine by emphasizing the importance of respectful and effective interactions with trauma survivors and helping students to appreciate the healing power in these interactions.

General Objectives
Analyze the influence of gender on health concerns and health care provision.
Describe approaches and challenges to working with different vulnerable populations to improve their health. (ex. people experiencing homelessness; people at extremes of the age continuum).
Demonstrate an awareness of key health challenges faced by immigrants and refugees.
Identify the diverse factors (ie. sociocultural, psychological, institutional, economic, occupational, environmental, technological, legal, political and spiritual) that contribute to the systemic marginalization of vulnerable populations and impact health and health care delivery.
Plan socially-just courses of action in order to respond to the diverse factors that intersect and overlap to influence the health of the individuals, families and communities.

Active Large Group Session: Money and Medical School

Part 1, Medical Foundation 1, Introduction to Medicine

Activity Objectives
Name funding options available throughout medical school and apply for these funding sources.
Sketch out a budget and analyze costs in order to minimize debt accumulation.
Name the types of insurance available and analyze when one should opt-in to these insurance policies.
Categorize the benefits and challenges of transportation options during pre-clerkship and clerkship.

Active Large Group Session: EDI (Equity, Diversity, Inclusion) and Indigenous Reconciliation (part 1)

Part 1, Medical Foundation 1, Introduction to Medicine, Week 1

Equity may be considered both an approach and a process that recognizes the existence of systemic social inequalities and introduces actions to proactively reduce, if not remove, institutional structural and cultural barriers to equal opportunity and inclusion. Diversity is a state or condition that reflects the broad ‘mix’ and layers, of differences in any community. In the university setting, compositional diversity refers to the numeric and proportional representation of different peoples, across many intersecting dimensions of sociocultural group identities. Inclusion is a sense of belonging and dignity, as well as the experience of meaningful engagement, empowerment, and equality of opportunity in a community.

Activity Objectives
Define bias, discrimination, harassment and bullying.
Review encouraged responses to discrimination, harassment and bullying.
Investigate our own biases.
Understand how we contribute to the development of safe spaces for learning and working.
General Objectives
Identify common challenges faced by students in medical school - dealing with conflict, imposter syndrome, dealing with failure and stress, dealing with illness and unwellness, time management conflicts, financial stress, etc.
Describe risk factors for and prevention of “un-wellness” in medical students and physicians.
Demonstrate specific actions that build an inclusive and respectful learning environment.

Large Group Session: Student Assessment in the MD Program

Part 1, Medical Foundation 1, Introduction to Medicine, Week 1

Introduction to MD program assessment and philosophy and methods of assessment. Assessment tools used in the MD program. Setting yourself up for success. Recognizing difficulty and getting help.

Tutorial: T. Petty MF1 Respirology

Part 1, Medical Foundation 1, Introduction to Medicine, Week 1

A youth is brought into the emergency department by paramedics after being found unconscious lying on a sewer grate. No further history is available. In the triage unit, the patient’s respiratory rate is 8 breaths per minute, and breaths are shallow. Heart rate is 50 beats per minute. Oxygen saturation by pulse oximetry is 90% on room air. Pupils are constricted and fixed. “Track marks” are noted on the forearms. The triage nurse applies oxygen by mask and the emergency resident orders a medication given through an intravenous line. Three minutes later the patient is awake, agitated, and complaining of severe generalized pain. Respiratory rate is 30 breaths per minute. When the medicine resident arrives at the bedside an hour later to admit the patient, the youth is once more unconscious, breathing slowly and shallowly as on arrival in triage.

General Objectives
Describe the factors that govern respiratory drive under normal circumstances, including central and peripheral controls.
Explain the normal mechanics of lung inflation and deflation, including the role of intrapleural pressure in inflation of the lung and the role of tissue elasticity and surface tension in elastic recoil of the lung.
Acknowledge preferred learning strategies and needs of both self and others, and effectively collaborate to help meet these needs.
Recognize some of the common clinical situations where alteration in drive to breathe is manifested: altitude, intentional or anxiety driven hyperventilation, chronic CO2 retention in COPD, sleep apnea, and opiate use.
Demonstrate specific actions that build an inclusive and respectful learning environment.
Global Objectives
Discussed actions that build an inclusive and respectful learning environment.
Developed an approach to setting learning objectives for tutorial problems.
Described the respiratory centre, its role in regulating ventilation and the factors that control it.

Large Group Session: Finances & Financial Aid

Part 1, Medical Foundation 1, Introduction to Medicine, Week 1

OSAP, Provincial Funding, McMaster General Bursary & Donor Bursaries, Conference Funding, Conference Funding, Clerkship stipend.

General Objectives
Identify common challenges faced by students in medical school - dealing with conflict, imposter syndrome, dealing with failure and stress, dealing with illness and unwellness, time management conflicts, financial stress, etc.

Active Large Group Session: Decolonization of Anatomy

Part 1, Medical Foundation 1, Introduction to Medicine, Week 1

Bias in anatomy.

Activity Objectives
Compare and contrast different views and perspectives about anatomy and physiology principles for medical learners.
Explore how personal experiences and cultural practices can impact the relevance of anatomy as a physician and a patient.
Enhance awareness of the historical impact of colonization on anatomy principles and identify methods to address these concepts as a medical student.
General Objectives
Demonstrate specific actions that build an inclusive and respectful learning environment.
Discuss the historical and contemporary events and the systemic factors influencing current practices and issues regarding Indigenous Health and anti-Indigenous racism, all of which impact current and future practitioners, individuals, and communities.

Active Large Group Session: Communication Skills With Improvisation and Drama

Part 1, Medical Foundation 1, Introduction to Medicine, Week 1

Activity Objectives
To define applied drama and improv and identify its role in medical education.
To describe the 3 fundamental rules of improv and their applicability to communication.
To experience the energizing, focusing, collaborative and self-reflective process of an applied drama and improv session in order to raise critical consciousness and personal awareness.
General Objectives
Demonstrate the ability to participate in a group discussion, both by contributing to the discussion and by actively listening to the contributions of colleagues.
Demonstrate the ability to reflect upon the strengths and weakness of their own communication skills.

Large Group Session: Professionalism Session 2: Intro to Ethics

Part 1, Medical Foundation 1, Introduction to Medicine, Week 1

Students will have the opportunity to broadly understand ethical principles and the ethical climate in healthcare. Appreciate the intersection of professionalism, character, and individual moral agency. Explore the role and responsibility of medical students and physicians regarding ethical issues, with specific consideration to privacy, confidentiality, trust and vulnerability.

Activity Objectives
Broadly understand ethical principles and the ethical climate in healthcare.
Appreciate the intersection of professionalism, character, and individual moral agency.
Explore the role and responsibility of medical students and physicians regarding ethical issues, with specific consideration to privacy, confidentiality, trust and vulnerability.

Large Group Session: Introduction to Problem Based Learning

Part 1, Medical Foundation 1, Introduction to Medicine, Week 1

Understanding problem based learning. The why. The process. Roles and resources.

General Objectives
Acknowledge preferred learning strategies and needs of both self and others, and effectively collaborate to help meet these needs.
Identify and utilize effective strategies for retaining and retrieving new information, while minimizing time spent on strategies that are less effective.
Demonstrate specific actions that build an inclusive and respectful learning environment.

Clinical Skills Sessions: Introduction to History Taking

Part 1, Medical Foundation 1, Introduction to Medicine, Week 2

To describe how to perform the components of the medical history.

Activity Objectives
To describe how to perform the components of the medical history.

Large Group Session: Approach to Library Resources

Part 1, Medical Foundation 1, Introduction to Medicine, Week 2

Accessing the library. Health Sciences Library. Library services. Resources for MF 1 and beyond.

General Objectives
Using principles of self-regulated learning, set SMART learning goals, and make any needed adjustments using appropriate sources of guidance (tutor, teacher, advisor, colleagues).
Activity Objectives
Define bias, discrimination, harassment and bullying.
Review encouraged responses to discrimination, harassment and bullying.
Investigate our own biases.
Understand how we contribute to the development of safe spaces for learning and working.
General Objectives
Identify common challenges faced by students in medical school - dealing with conflict, imposter syndrome, dealing with failure and stress, dealing with illness and unwellness, time management conflicts, financial stress, etc.
Describe risk factors for and prevention of “un-wellness” in medical students and physicians.
Demonstrate specific actions that build an inclusive and respectful learning environment.

Active Large Group Session: Food Security

Part 1, Medical Foundation 1, Introduction to Medicine, Week 2

Mapping of food resources across Hamilton including supermarkets, community gardens and Food banks and to do the same for Niagara and Waterloo regions. We hope this leads to discussion about disparities in food access across communities and may tap into the concept of food deserts.

Activity Objectives
Describe food security as a social and biological determinant of health.
Analyze food access as a determinant of health using geo-spatial and epidemiological methods to see if disparities exist across our distributed sites.
Understand the interactions between income, access, nutritional status and knowledge by exploring case-based patient scenarios.

Tutorial: Nabil Assad MF1 Respirology

Part 1, Medical Foundation 1, Introduction to Medicine, Week 2

Salim takes Nabil, his 7-year-old son, to see Dr. Lockwood, his family doctor, because both of them have a sore throat. Nabil’s younger brother had a sore throat and runny nose a week ago, but he improved quickly. Salim is concerned about Nabil because he seems to be taking longer to improve. Dr. Lockwood asks more details and learns that both Nabil and Salim are mostly having swallowing difficulties but feel otherwise quite well. Salim has a mild cough, but Nabil does not. There have been no rigors, just slight chills last night.

General Objectives
Describe the acute response of the respiratory system to inhaled material.
Identify and utilize effective strategies for retaining and retrieving new information, while minimizing time spent on strategies that are less effective.
Demonstrate the ability to reflect upon the strengths and weakness of their own communication skills.
Global Objectives
Identify and utilize effective strategies for retaining and retrieving new information, while minimizing time spent on strategies that are less effective
Demonstrate the ability to reflect upon the strengths and weakness of their own communication skills.
Recognize and describe viral versus bacterial infection of the upper respiratory tract.

Active Large Group Session: Introduction to Immunology

Part 1, Medical Foundation 1, Introduction to Medicine, Week 2

Activity Objectives
Describe what is meant by inflammatory response.
Explain the key differences between innate and adaptive immune response.
Describe the different types of cells that are involved in the immune response (granulocytes, macrophages, lymphocytes, NK cells).
Define pathogen, phagocytosis, cytokine, MHC, antigen.
Explain the concept of antigen presentation.
Describe how the body defends against pathogens.
General Objectives
Describe the factors that determine airway calibre (upper and lower), including autonomic control and chemical mediators of inflammation.
Describe the response of the respiratory system to chronic inflammation.

Tutorial: Edwin McKenzie MF1 Respirology

Part 1, Medical Foundation 1, Introduction to Medicine, Week 2

Edwin is a 4-year-old boy enjoying a day at the Caledonia Fall Fair. He is walking around, enjoying the sights while eating a hot dog, when he suddenly begins to choke. Bystanders look on, horrified. An alert medical student, who happens to be taking a break from studying, is on the scene. She rushes over, comes up behind Edwin and administers an abdominal thrust. The piece of hot dog is expelled from Edwin, and he takes a big breath.He is fine, the medical student is relieved and congratulations are offered all around at this happy ending. In speaking with Edwin’s parents after the incident, the medical student notices a colorful circular pin on his mother’s jacket. The medical student inquires about the pin, and Edwin’s mother states the pin represents the Medicine Wheel, an important concept for their family’s health.

General Objectives
Describe the factors that determine airway calibre (upper and lower), including autonomic control and chemical mediators of inflammation.
Describe the acute response of the respiratory system to inhaled material.
Demonstrate the ability to participate in a group discussion, both by contributing to the discussion and by actively listening to the contributions of colleagues.
Explain the basic pathophysiology of the diseases which result in airway obstruction (upper and lower airway).
Explain a concept effectively in a group setting.
Evaluate how peers gave and received feedback.
Explain the effects of airflow obstruction on the respiratory tract, lung mechanics and gas exchange. Use this knowledge to explain the symptoms and signs with which the patient with lower or upper airway obstruction presents.
Global Objectives
Demonstrate the ability to participate in a group discussion, both by contributing to the discussion and by actively listening to the contributions of colleagues.
Explain a concept effectively in a group setting.
Give and receive simple feedback between colleagues appropriately.
Explain the pathophysiology and consequences of upper airway obstruction.
Identify aspects of the Medicine Wheel which are important to consider as part of Indigenous Health.

Tutorial: Rana Osman MF1 Respirology

Part 1, Medical Foundation 1, Introduction to Medicine, Week 2

Rana Osman is a 2-year-old girl who has been previously well. She has had a barky, seal-like cough for 2 days but tonight has become acutely worse. In the emergency room, she is found to be sitting "bolt upright", with pronounced stridor on inspiration. Her inspiratory phase is prolonged. She has intercostal indrawing and suprasternal indrawing.

General Objectives
Describe the factors that determine airway calibre (upper and lower), including autonomic control and chemical mediators of inflammation.
Explain the normal mechanics of lung inflation and deflation, including the role of intrapleural pressure in inflation of the lung and the role of tissue elasticity and surface tension in elastic recoil of the lung.
Demonstrate the ability to participate in a group discussion, both by contributing to the discussion and by actively listening to the contributions of colleagues.
Explain the basic pathophysiology of the diseases which result in airway obstruction (upper and lower airway).
Explain a concept effectively in a group setting.
Explain the effects of airflow obstruction on the respiratory tract, lung mechanics and gas exchange. Use this knowledge to explain the symptoms and signs with which the patient with lower or upper airway obstruction presents.
Global Objectives
Demonstrate the ability to participate in a group discussion, both by contributing to the discussion and by actively listening to the contributions of colleagues.
Explain a concept effectively in a group setting.
Give and receive simple feedback between colleagues appropriately.
Explain the difference between extra-thoracic and intra-thoracic airway obstruction.

Large Group Session: Professionalism Session 1: Intro to Professionalism in Practice

Part 1, Medical Foundation 1, Introduction to Medicine, Week 2

An introduction to the Professionalism in Practice document.

Activity Objectives
Explore prior and subsequent perceptions of the main categories of PIP document.
Describe how different domains within the PIP document apply to cases.
General Objectives
Describe professionalism as it applies to medical student practice, including formal education and clinical experiences and informal functioning within the Faculty of Health Sciences.
Demonstrate the ability to participate in a group discussion, both by contributing to the discussion and by actively listening to the contributions of colleagues.
Receive an orientation to the Professionalism in Practice expectations of the medical program.
Identify common challenges faced by students in medical school - dealing with conflict, imposter syndrome, dealing with failure and stress, dealing with illness and unwellness, time management conflicts, financial stress, etc.
Describe how the PIP expectations relate to expectations of practicing physicians.
Describe the contributors and impediments to professional identity/role development as it relates to the medical profession.
Explain how the PIP expectations are regulating their own attitudes and behaviours as early medical students.
Describe risk factors for and prevention of “un-wellness” in medical students and physicians.
Demonstrate specific actions that build an inclusive and respectful learning environment.
Demonstrate the ability to reflect upon the strengths and weakness of their own communication skills.

Large Group Session: Learning Strategies

Part 1, Medical Foundation 1, Introduction to Medicine, Week 2

General Objectives
Identify and utilize effective strategies for retaining and retrieving new information, while minimizing time spent on strategies that are less effective.
Using principles of self-regulated learning, set SMART learning goals, and make any needed adjustments using appropriate sources of guidance (tutor, teacher, advisor, colleagues).

Active Large Group Session: Intro to Oxygen Delivery

Part 1, Medical Foundation 1, Introduction to Medicine, Week 3

Why do we need Oxygen? How do we use Oxygen? How do we get Oxygen?

Activity Objectives
To review the complex route that oxygen needs to follow to gain access to cells within the body.
To describe the different components of the respiratory system that make this possible.
To explain the many levels at which diseases can interfere with the movement of oxygen, resulting in hypoxia and SOB that causes patients to seek medical attention.

Tutorial: Devi Gopal MF1 Respirology

Part 1, Medical Foundation 1, Introduction to Medicine, Week 3

A 55 year-old lady is reviewed in the Respirology clinic because she has become increasingly breathless and can no longer keep up with her friends when walking. The referral letter notes that she has no history of heart disease. She denies any cough, wheezing, or chest pain. She does say that she spends a lot of her time lying down in bed because this eases her breathlessness.

General Objectives
Explain the effect of the distribution of ventilation and perfusion within the lungs on gas exchange, and what is meant by the terms "shunt" and "dead space"
Global Objectives
Upon completion of this problem, students will be able to describe the concept of V/Q mismatch and shunting and how it causes hypoxia.

Active Large Group Session: Code Red

Part 1, Medical Foundation 1, Introduction to Medicine, Week 3

In 2010 Dr Neil Johnston collaborated with a journalist from the Hamilton Spectator to produce an award-winning series of investigative reports which shone the spotlight on social and health inequities across Hamilton neighbourhoods. His writing and advocacy have influenced health and education sectors, as well as policy makers.

Activity Objectives
Explain what the “Social Determinants of Health” are and how they affect the health of patients and communities.
Describe how patients living in poverty face unique challenges in accessing health care services.
List three health indicators that vary significantly between neighbourhoods in Hamilton.
List three barriers in our society that may impede reduction or elimination of social inequity and its effects on health.
General Objectives
Describe the determinants of health and how the differential distribution of these determinants influences health status (health gradient) both within and between populations.
Plan and advocate for an appropriate course of action at both the individual- and population-level that responds to the diverse factors influencing their health.

Clinical Skills Sessions: Introduction to Effective Physician-Patient Communication

Part 1, Medical Foundation 1, Introduction to Medicine, Week 3

To describe and to practice applying effective patient-centered communication skills as part of history-taking to assist with building and strengthening the patient-physician relationship.

Activity Objectives
To describe and to practice applying effective patient-centred communication skills as part of history-taking to assist with building and strengthening the patient-physician relationship.

Large Group Session: Student Affairs and Wellness

Part 1, Medical Foundation 1, Introduction to Medicine, Week 3

Introduction to Student Affairs and Wellness resources available to students in UGME

General Objectives
Identify common challenges faced by students in medical school - dealing with conflict, imposter syndrome, dealing with failure and stress, dealing with illness and unwellness, time management conflicts, financial stress, etc.
Describe risk factors for and prevention of “un-wellness” in medical students and physicians.

Active Large Group Session: Concepts of Evidence Based Medicine for UGME

Part 1, Medical Foundation 1, Introduction to Medicine, Week 3

To identify why evidence-based medicine is critical for clinical practice. Describe the steps in generating a question. Compare and contrast methodological approaches for research. Use critical appraisal skills to decide when to apply evidence for caring for patients.

Activity Objectives
Describe the steps in generating a research question that addresses equipoise and a gap in the scientific literature.
Compare and contrast methodologic approaches for the production of research studies.
Use critical appraisal skills to decide when and how to apply evidence in caring for patients, communities and populations.

Large Group Session: Physician Humanity Panel #1

Part 1, Medical Foundation 1, Introduction to Medicine, Week 3

The Ups and Downs of Medical School

General Objectives
Identify common challenges faced by students in medical school - dealing with conflict, imposter syndrome, dealing with failure and stress, dealing with illness and unwellness, time management conflicts, financial stress, etc.
Describe the contributors and impediments to professional identity/role development as it relates to the medical profession.
Describe risk factors for and prevention of “un-wellness” in medical students and physicians.

Large Group Session: Learning Assistance

Part 1, Medical Foundation 1, Introduction to Medicine, Week 3

General Objectives
Identify and utilize effective strategies for retaining and retrieving new information, while minimizing time spent on strategies that are less effective.
Using principles of self-regulated learning, set SMART learning goals, and make any needed adjustments using appropriate sources of guidance (tutor, teacher, advisor, colleagues).

Tutorial: Ron Chen MF1 Respirology

Part 1, Medical Foundation 1, Introduction to Medicine, Week 3

Ron Chen is a 25 year old computer sciences post-graduate student who had been previously well. Three weeks ago he suffered a viral gastroenteritis from which he has recovered. Over the past week, he has noticed increasing weakness of his limbs, starting with his legs, and progressing to involve his arms. He reports he has experienced patchy areas of sensory loss, symmetrically. He has also noticed occasional clumsy speech and facial weakness.

General Objectives
Explain the normal mechanics of lung inflation and deflation, including the role of intrapleural pressure in inflation of the lung and the role of tissue elasticity and surface tension in elastic recoil of the lung.
Explain the pathophysiology of some of the common disease processes affecting the respiratory pump (upper airway, neuromusculature, lower airways and lung parenchyma).
Describe how the mechanics of breathing are disturbed in examples of obstructive and non-obstructive (“restrictive”) diseases.
Explain the assessment of respiratory pump failure using diagnostic tests.
Develop a mechanism-based approach to management of respiratory pump failure.
Global Objectives
Upon completion of this problem, students should be able to explain the role of the neuromusculature in respiratory pump function.

Small Group Session: Study Design

Part 2, Medical Foundation 2

e-Learning Module: American Academy of Dermatology Part 2

Part 2, Medical Foundation 2

Atopic Dermatitis. Contact Dermatitis. Petechiae, Purpura and Vasculitis. Chronic Itch.

Clinical Skills Practice Sessions: Renal Examination and Volume Assessment

Part 2, Medical Foundation 2, Renal

These practice sessions are intended to improve standardization of teaching across groups and to provide tutorial groups with opportunities to focus on areas of particular concern to the group.

General Objectives
Conduct a physical examination appropriate to the clinical problem presented
Devise hypotheses regarding the mechanisms responsible for the patient's complaint.

Active Large Group Session: Point of Care Ultrasound (POCUS)

Part 2, Medical Foundation 2, Renal

Basic introduction of how ultrasound works. Ultrasound transducer types. Ultrasound imaging planes, orientation and resolution. Basic ultrasound imaging terminology. Basic right and left renal anatomy.

Tutorial: All MF2 Renal tutorial problems

Part 2, Medical Foundation 2, Renal

General Objectives
Describe and interpret investigations (urinalysis, blood tests, imaging) in the diagnosis of renal pathology.
Devise hypotheses regarding the mechanisms responsible for the patient's complaint.
Choose and then analyze laboratory tests which would permit you to investigate systematically each of your hypotheses.

Clinical Skills Sessions: Introduction and Overview of Volume Status Exam

Part 2, Medical Foundation 2, Renal, Week 1

To discuss and to practice the components of the Volume status history and physical examination.

Activity Objectives
To discuss and to practice the components of the Volume status history and physical examination.

Tutorial: Celia and Maria MF2 Renal

Part 2, Medical Foundation 2, Renal, Week 1

Maria is a 33 year old single woman who is concerned about the health of her 2 year old daughter Celia. Since three months of age Celia has been treated with multiple course of antibiotics for episodes of fever and irritability. Maria wants the doctor to check a urine sample because she thinks it might be a "urine infection" since Celia's wet diapers have a bad smell

General Objectives
Explain the structure, function and physiology of the urinary tract, kidney, nephron and glomerulus
Describe the pathogenesis and clinical significance of infection involving the urinary tract.
Describe renal and bladder anatomy and visualize with an ultrasound.
Describe the pathogenesis and clinical significance of infection involving the urinary tract.
Global Objectives
Upon completion of this problem, students should be able to discuss features and causes of urinary tract infection and types and etiology of kidney stones.

Anatomy Lectures: Renal System Anatomy

Part 2, Medical Foundation 2, Renal, Week 1

Renal Anatomy (Gross and Vasculature) Anatomy and Physiology (Nephron, Glomerulus, Tubules). Surface anatomy of the Kidneys. Relationship of the kidneys to vertebrae and ribs. Blood supply to the kindeys. Renal artery. Renal stone. Ureter. Blood supply to the Ureter, Innervation of the bladder. Urethra.

General Objectives
Explain the structure, function and physiology of the urinary tract, kidney, nephron and glomerulus
Understand surface anatomy corresponding to the kidneys, ureters, bladder and urethra.
Explain the structure, function and physiology of the urinary tract, kidney, nephron and glomerulus
Describe and identify the fibrous capsule, perirenal fat, renal fascia and pararenal fat and understand their function.
Understand the renal cortex, medulla, renal pyramids, renal papilla, renal columns.
Understand the structure and function of the renal pelvis, major and minor calyces and renal papilla.
Understand the arterial supply of the kidneys (renal arteries, segmental arteries, lobar arteries, interlobar arteries, arcuate arteries, interlobular arteries and afferent glomerular arterioles.
Understand the venous and lymphatic drainage as well as the innervations of the kidney.
Understand the development of the common congenital anomalies of the kidney.
Identify the ureter, its length, division, and the three sites of constrictions along its course.
Identify and describe the arterial supply of the ureter, venous and lymphatic drainage and its innervation.
Describe the urinary bladder its location, neck and surfaces (posterior (base), superior, and inferolateral surfaces).
Understand the mucous membrane of the bladder, trigone, muscular coat of the bladder (detrusor muscle) and the internal sphincter (sphincter vesicae).
Understand the arterial supply, venous and lymphatic drainage of the bladder.
Describe and understand innervation of the bladder with a focus on mechanism of micturition.
Identify the external sphincter (sphincter urethrae) and urethral meatus. Understand the different parts of male urethra (prostatic, membranous, spongy (penile) urethra) and the differences between male and female urethra.

Tutorial: Michelle Broyer MF2 Renal

Part 2, Medical Foundation 2, Renal, Week 1

Ms. Broyer is a 22-year-old female who moved to the local area and enrolled in your practice. Past medical history is significant for several episodes of muscle cramps and intermittent muscle weakness.

General Objectives
Describe the main sites of potassium reabsorption in the nephron.
Describe how potassium secretion by the kidney regulates the serum potassium concentration.
Describe the role of the following in the secretion of potassium by the kidney: aldosterone activity and tubular flow rate
Global Objectives
Upon completion of this problem, students will be able to describe the role of the kidney in electrolyte homeostasis and develop an approach to electrolyte abnormalities.

Tutorial: Matthew Clarke MF2 Renal

Part 2, Medical Foundation 2, Renal, Week 1

Matthew Clarke, a 4-year-old boy, developed periorbital edema for the first time three weeks ago, and despite being treated for allergies he showed increasing edema and weight gain. He now has ankle and leg edema, a distended abdomen, and can only sleep at night if propped up with three or four pillows.

General Objectives
Describe the determinants of intracellular fluid (ICF) and extracellular fluid (ECF) volume.
Describe the role of the urinalysis in detecting the presence of glomerular disease.
Explain the mechanisms of action by which diuretics, beta blockers, ACE inhibitors, ARBs, and calcium channel blockers reduce elevated blood pressure.
Understand the renal cortex, medulla, renal pyramids, renal papilla, renal columns.
Global Objectives
Upon completion of this problem, students should be able to explain fluid homeostasis in the human body and apply this to clinical problems, specifically how it is disrupted in nephrotic syndrome.

Anatomy Lectures: Vascular System Anatomy

Part 2, Medical Foundation 2, Renal, Week 1

Vasculogenesis. The capillaries. Capillary permeability. Arteries. Veins. Muscular arteries. Aortic branches of the Thorax. Arteries to the head and neck. Subclavian Artery Stenosis. Branches of the Abdominal Aorta. Abdominal Aortic Aneurysm. Atherosclerosis of the abdominal aorta. Abomidable arteries. Venous System. Caval system. Hepatic portal system. Vertebral Venous System. Arterial and Venous circulation of the legs. Deep vein thrombosis (DVT). Varicose Veins.

General Objectives
Describe and identify major arteries in the body: aorta, head and neck arteries (carotid, vertebral) , upper limb arteries (subclavian, brachial, radial and ulnar) major abdominal and thoracic branches of aorta, common iliac arteries, external and internal iliac, lower limb arteries (femoral, popliteal, posterior tibial, dorsalis pedis)
Describe and identify the venous system and it's division: systemic, portal and vertebral venous system
Identify and locate peripheral pulses

Tutorial: George Haycock MF2 Renal

Part 2, Medical Foundation 2, Renal, Week 1

Mr. Haycock is a 20-year-old student who presented to ER with a 5 day history of diarrhea and vomiting which started at the end of his trip to the Caribbean. Past medical history is significant for epilepsy controlled with carbamazepine. Vital signs: HR – 100/min, RR – 15/min, BP – 80/50 mmHg, Saturation – 99% in room air. Physical examination revealed dry mucous membranes, prolonged capillary refill time of 4 seconds.

General Objectives
Describe and apply how the total amount of sodium in the body determines the volume of the intravascular space.
Define osmolality.
Demonstrate the role of the sodium ion in determining the osmolality of the ECF and its clinical manifestations.
Describe the relationship between total body water and the serum sodium concentration.
Global Objectives
Upon completion of this problem, students will be able to describe the role of the kidney in electrolyte homeostasis and develop an approach to electrolyte abnormalities.

Tutorial: Maria Rossi MF2 Renal

Part 2, Medical Foundation 2, Renal, Week 2

Maria Rossi is a 21-year-old woman who comes to the emergency department for treatment of a headache. She has been having worsening headaches for several weeks and today the pain is severe and has not responded to Tylenol. The triage nurse measures her blood pressure and finds it to be 220/110. Maria is put on a monitor and full examination by the emergency room physician reveals retinal exudates and an abdominal bruit. Blood work is sent to the lab.

General Objectives
Explain the mechanisms responsible for essential and secondary hypertension.
Explain the mechanisms responsible for elevation of blood pressure in the setting of renal artery stenosis.
Explain the possible underlying mechanisms of edema, hypertension, oliguria and renal insufficiency and apply them to clinical presentations.
Choose and then analyze laboratory tests which would permit you to investigate systematically each of your hypotheses.
Explain the mechanisms of action of diuretics, ACE inhibitors, and angiotensin receptor blocking (ARB) agents and apply them to appropriate clinical scenarios.
Global Objectives
Upon completion of this problem, students should be able to explain how the renin angiotensin aldosterone system impacts blood pressure homeostasis and apply these principles to the development, manifestations, and treatment of acute hypertension in a young person.

Tutorial: Amir Boutros MF2 Renal

Part 2, Medical Foundation 2, Renal, Week 2

Amir Boutros is a 30 year old man with a history of Crohn's disease who presents to the hospital with a recent history of increased pain and diarrhea. He is very weak, dizzy and short of breath. His BP is 80/50 with a heart rate of 120 and respiratory rate of 24. His chest X-ray is normal.

General Objectives
Describe how the body deals with an acid load with reference to: Buffer systems (bicarbonate, hemoglobin); Lungs (alveolar ventilation); Kidneys (net acid excretion).
Employ an approach to metabolic acidosis including using the anion gap to solve clinical problems.
Global Objectives
Upon completion of this problem, students will expand on the material learned in the previous case to be able to use laboratory values to calculate patients’ compensatory responses to metabolic acid-base disorders.

Tutorial: Elena Christakos MF2 Renal

Part 2, Medical Foundation 2, Renal, Week 2

Elena Christakos is a 54 yr old lady who presents to the Emergency Room with a 48 hr history of fever (temp up to 39.6 degrees celsius), chills, and weakness. Her condition in the ER deteriorates; BP falls to 80/50 and she becomes anuric. She is thought to be developing septic shock and is transferred to the ICU.

General Objectives
Describe how the body deals with an acid load with reference to: Buffer systems (bicarbonate, hemoglobin); Lungs (alveolar ventilation); Kidneys (net acid excretion).
Describe the kidney's role in acid base balance with reference to: Reclamation by the kidney of filtered bicarbonate and acid excretion via the glutamine-ammonium system
Describe the relationship between pH and hydrogen ion concentration.
Employ an approach to metabolic acidosis including using the anion gap to solve clinical problems.
Global Objectives
Upon completion of this problem, students should be able to explain metabolic acid base equilibrium and be able to recognize the mechanisms leading to metabolic acid-base disorders.

Small Group Session: Kidney Day

Part 2, Medical Foundation 2, Renal, Week 2

Activity Objectives
Identify health professionals involved in renal care and explain their roles.
Describe renal replacement modalities and identify their respective advantages and disadvantages.
Describe how kidney transplants are allocated.
Identify the symptoms and logistical challenges faced by patients on dialysis and patients with kidney transplants.
Describe the experience of patients with end stage renal disease.
Describe components of the patients’ decision process of initiating dialysis.
Describe physical exam findings that are unique to patients on renal dialysis or with kidney transplant.

Clinical Skills Sessions: Volume Status Exam: Practice Case – Dehydration, Volume Overload

Part 2, Medical Foundation 2, Renal, Week 2

To practice the Volume Status history and physical examination.

General Objectives
Assess volume status.

Tutorial: Ivan Horvath MF2 Renal

Part 2, Medical Foundation 2, Renal, Week 2

Ivan Horvath is a 70-year-old male with poorly controlled hypertension for approximately 20 years, dyslipidemia, and peripheral vascular disease. He has a 60 pack-year history of smoking. He has difficulty walking more than one block due to the development of pain in his legs. He has recently moved and you see him with his new family physician. He currently takes amlodipine (calcium channel blocker) and chlorthalidone (thiazide diuretic) for his hypertension.

General Objectives
Explain the structure, function and physiology of the urinary tract, kidney, nephron and glomerulus
Explain the mechanisms responsible for maintaining blood pressure in the normal range.
Explain the structure, function and physiology of the urinary tract, kidney, nephron and glomerulus
Describe the role of renal blood flow, capillary hydrostatic pressure and capillary.
Explain the pathological consequences of hypertension on the brain, heart and kidneys.
Explain the mechanisms responsible for essential and secondary hypertension.
Explain the possible underlying mechanisms of edema, hypertension, oliguria and renal insufficiency and apply them to clinical presentations.
Explain the mechanisms of action by which diuretics, beta blockers, ACE inhibitors, ARBs, and calcium channel blockers reduce elevated blood pressure.
Explain the nephrotoxic potential of certain drugs.
Global Objectives
Upon completion of this problem, students should be able to explain and apply the mechanisms which regulate blood pressure homeostasis as well as the pathophysiology and approach to essential hypertension.

Active Large Group Session: Acid Base Disorders

Part 2, Medical Foundation 2, Renal, Week 2

Respiratory acidosis. Metabolic acidosis. Respiratory Alkalosis. Metabolic Alkalosis.

General Objectives
Describe how the body deals with an acid load with reference to: Buffer systems (bicarbonate, hemoglobin); Lungs (alveolar ventilation); Kidneys (net acid excretion).
Describe the kidney's role in acid base balance with reference to: Reclamation by the kidney of filtered bicarbonate and acid excretion via the glutamine-ammonium system
Describe the relationship between pH and hydrogen ion concentration.
Employ an approach to metabolic acidosis including using the anion gap to solve clinical problems.

Active Large Group Session: Electrolytes - Sodium and Potassium

Part 2, Medical Foundation 2, Renal, Week 3

Nephron structure and tubular functions. Diuretics and their sites and actions. Bartter and Gitelman syndromes. Hypo and hypernatremia. Hypo and hyperkalemia

General Objectives
Explain the structure, function and physiology of the urinary tract, kidney, nephron and glomerulus
Describe the determinants of intracellular fluid (ICF) and extracellular fluid (ECF) volume.
Describe and apply how the total amount of sodium in the body determines the volume of the intravascular space.
Describe the main sites of potassium reabsorption in the nephron.
Describe the normal distribution of sodium, potassium and water in the ICF and ECF compartments.
Understand how the kidney conserves sodium appropriately during hypovolemic states, and inappropriately in the setting of congestive heart failure.
Describe how potassium secretion by the kidney regulates the serum potassium concentration.
Define osmolality.
Illustrate the mechanisms by which the kidney may excrete a dilute versus concentrated urine.
Describe the role of the following in the secretion of potassium by the kidney: aldosterone activity and tubular flow rate
Demonstrate the role of the sodium ion in determining the osmolality of the ECF and its clinical manifestations.
Describe the relationship between total body water and the serum sodium concentration.
Choose and then analyze laboratory tests which would permit you to investigate systematically each of your hypotheses.
Explain the mechanisms of action of diuretics, ACE inhibitors, and angiotensin receptor blocking (ARB) agents and apply them to appropriate clinical scenarios.

Tutorial: Yong Mun Park MF2 Renal

Part 2, Medical Foundation 2, Renal, Week 3

Yong Mun Park is a 22 year old woman who has a 2 year history of recurrent urinary tract infections. These continue despite conservative measures and her family doctor elects to try her on a course of prophylactic antibiotics. She is allergic to sulpha medications, so she is prescribed cephalexin 250 mg daily. She is taking an oral contraceptive, but no other medications. Ten days after starting this antibiotic, she returns to her family doctor with a macular, red rash on her trunk and arms, general malaise, and nausea.

General Objectives
Describe and apply the role of the kidney in the metabolism and excretion of drugs.
Describe the role of the urinalysis in detecting the presence of glomerular disease.
Describe and the relationship between serum creatinine and GFR.
Explain the nephrotoxic potential of certain drugs.
Global Objectives
Upon completion of this problem, students should summarize the causes, presentations and renal manifestations of intrinsic causes of acute kidney injury particularly an allergic reaction.

Active Large Group Session: Introduction to the Basic Skin Exam

Part 2, Medical Foundation 2, Renal, Week 3

Morphology in Dermatology. How to describe a lesion / rash.

Clinical Skills Sessions: Renal Exam Practice Case - Renal Colic

Part 2, Medical Foundation 2, Renal, Week 3

Practice the history and physical exam as it pertains to nephrolithiasis. Standardized case of 44 year old male with flank pain.

General Objectives
Kidney examination: abdominal exam (bimanual examination, costophrenic angle tenderness, auscultation for bruits).

Tutorial: Nancy Jones MF2 Renal

Part 2, Medical Foundation 2, Renal, Week 3

Nancy Jones is a 34-year-old Mohawk, Turtle Clan woman who has been well until four days prior to hospital admission when she developed abrupt onset of chills, rigors, and a productive cough. Subsequently Mrs. Jones became progressively short of breath, was obtunded and bedridden and was brought to the hospital emergency room. On arrival, her vital signs were blood pressure 80/60 mmHg, heart rate 148 beats/min, respiratory rate 42/min, temperature 39.6o C, and oxygen saturation 79% on room air. She was confused. Crackles were heard on auscultation throughout her chest. Heart sounds were normal with no murmur, JVP was flat, mucous membranes were dry and there was no peripheral edema. Abdominal examination was normal. The patient was intubated and transferred to the ICU.

General Objectives
Describe the mechanisms by which GFR may be reduced in both acute and chronic kidney disease.
Describe and the relationship between serum creatinine and GFR.
Explain the concept of glomerular filtration rate and renal clearance of solutes, drugs and toxins.
Explain the primary mechanisms responsible for hypernatremia, hyponatremia, hyperkalemia, hypokalemia and metabolic acidosis and apply them to clinical presentations.
Global Objectives
Upon completion of this problem, students should be able to explain the impact of poor perfusion on kidney function and apply that to the development of acute kidney injury, and recognize the importance of Traditional Medicine Ceremonies for healing.

Tutorial: Martin Barratt MF2 Renal

Part 2, Medical Foundation 2, Renal, Week 3

Martin Barratt is a 40-year-old male with Autosomal Dominant Polycystic Kidney Disease (ADPKD). He was diagnosed at the age of 15 years when he was found to have bilateral cysts on renal MRI. The diagnosis was confirmed genetically (see attached result) and there is a strong family history of this condition. His mother is on dialysis and maternal grandfather had a kidney transplant and died from a ‘brain bleed’. Martin’s creatinine was elevated for a number of years and was measured at around 350 µmol/L (eGFR 18 ml/min/1.73m2) 3 years ago. Unfortunately, he was lost for nephrology follow up and was recently re-referred by his FD. He is seen by the nephrologist today and complains of fatigue and pruritus. Current medications include allopurinol 75 mg/daily. ROS was significant for erectile dysfunction and recent forearm fracture after a minor fall. He is also worried that his 15-year-old daughter could have the same condition and asks whether she needs to be tested. Physical examination shows a pale, malnourished male with BP of 169/92 mm Hg.

Global Objectives
Upon completion of this problem, the student should be able to discuss the assessment and management of the complications of chronic kidney disease and to illustrate the constraints faced by these patients recognizing the need to modify medication regimens in the face of declining renal function. Students should be able to assess the risk to relatives of a person with an autosomal dominant condition.

Active Large Group Session: Case-Based Nephrology

Part 2, Medical Foundation 2, Renal, Week 3

Case based review of topics from renal subunit: Sodium, Potassium, Acid-Base, Hypertension, Acute kidney injury, Chronic kidney disease

General Objectives
Describe the mechanisms of the anemia observed in patients with advanced chronic kidney disease or end stage renal disease.
Explain the possible underlying mechanisms of edema, hypertension, oliguria and renal insufficiency and apply them to clinical presentations.
Explain the primary mechanisms responsible for hypernatremia, hyponatremia, hyperkalemia, hypokalemia and metabolic acidosis and apply them to clinical presentations.
Describe and apply the paradigm of pre-renal, renal and post-renal processes that can lead to acute kidney injury.
Choose and then analyze laboratory tests which would permit you to investigate systematically each of your hypotheses.
Explain the mechanisms of action of diuretics, ACE inhibitors, and angiotensin receptor blocking (ARB) agents and apply them to appropriate clinical scenarios.

Active Large Group Session: Introduction to Inclusive Clinical Skills

Part 2, Medical Foundation 2, Hematology

Describe a Trauma-Informed Care approach as a medical student participating in direct patient care, with a focus on following the five guiding principles of trauma- informed care (safety, choice, collaboration, trustworthiness, and empowerment). Apply an inclusive approach to patient-centered medical interviewing, with a focus on patient introductions and collaborative agenda-setting. Demonstrate patient-centered communication skills to optimize patient understanding before, during and after a physical examination. Demonstrate how to appropriately drape patients and the importance of draping in the patient-provider interaction, including accommodations that can be made in common clinical scenarios. Apply an inclusive approach to physical examinations for patients of varying body habitus, with a focus on modifications to specific physical exam maneuvers, as well as to describe instances of fatphobia in medicine.

Active Large Group Session: Immunology in MF2

Part 2, Medical Foundation 2, Hematology

Active Large Group Session: Entrepreneurship in Medicine

Part 2, Medical Foundation 2, Hematology

Explore the opportunities an MD degree can open up for them outside of medicine. Analyze options outside of the medical realm with respect to their future career. Contrast the utility of other degrees on top of an MD in developing one’s career.

Activity Objectives
Explore the opportunities an MD degree can open up for them outside of medicine.
Analyze options outside of the medical realm with respect to their future career.
Contrast the utility of other degrees on top of an MD in developing one’s career.

Tutorial: Henrietta Turnbull MF2 Hematology

Part 2, Medical Foundation 2, Hematology

Henrietta Turnbull is a 42 who was admitted to hospital 8 days ago with a bacterial pneumonia. You are on the consultant hematology team and have been asked to assess her for new onset thrombocytopenia, platelets of 33 x 109/L.

General Objectives
Describe the role of platelets.
Describe the mechanism and consequences of quantitative and qualitative abnormalities of platelets.
Describe the physiology and structure of platelets.
Global Objectives
Upon completion of this problem, students should be able to explain the role of platelets in hemostasis and thrombosis.

Large Group Session: Research and Database searching

Part 1, Medical Foundation 1, Hematology

Student involvement in research projects. Types of health research studies. Information coding and retrieval. Ovid interface and individual accounts.

Tutorial: Terrance Pacheco MF2 Hematology

Part 2, Medical Foundation 2, Hematology

Terrance Pacheco is a 64 year old gentleman you have been asked to see in the ER with new onset thrombocytopenia and anemia. Terrance was brought into the ER by his family with new onset confusion that started 3 days ago. They have also noted easy bruising and presents with extensive ecchymoses on his lower shins. Terrance’s past medical history includes hypertension and dyslipidemia. He is on amlodipine 10 mg daily and atorvastatin 20 mg daily. He is otherwise well.

General Objectives
Describe the triggers and steps involved in blood clot formation.
Describe the role of platelets.
Describe the mechanism and consequences of quantitative and qualitative abnormalities of platelets.
Describe the physiology and structure of the vascular endothelium.
Describe the role of coagulation factors and the process of forming a fibrin clot.
Describe the physiology and structure of platelets.
Global Objectives
Upon completion of this problem, students should be able to explain the role of platelets in hemostasis and thrombosis.

Tutorial: All MF1 Hematology tutorial problems

Part 1, Medical Foundation 1, Hematology

Anatomy Demonstrations: Pig Pluck

Part 1, Medical Foundation 1, Hematology, Week 1

Heart and lung dissection of porcine tissue

Tutorial: Maxwell Greenfield MF2 Hematology

Part 2, Medical Foundation 2, Hematology, Week 1

Maxwell Greenfield is a 32 M was admitted under the general medicine service last night with gastroenteritis. It is your first day on the hematology rotation and you are called to provide a consult for new onset pancytopenia in Maxwell. Maxwell has a history of Crohn’s disease, diagnosed at the age of 28. He is currently on methotrexate 20 mg subcut weekly to control his disease, which he has been on for the last two years. He does not take any other medications at home. He has no other medical problems. Maxwell initially presented to hospital with nausea, vomiting, and diarrhea after eating some old chicken he found at the back of the fridge. He did not have any blood in his bowel movements or mucous. He has note noted any fever.

General Objectives
Describe the normal production and destruction of red blood cells
Describe the factors that control under and over production of red blood cells.
Describe the role of iron, folic acid and vitamin B12 in hematopoiesis.
Develop a conceptual approach to diagnosis of anemia and polycythemia.
Global Objectives
Upon completion of this problem, students should be able to describe hematopoiesis.

Tutorial: Carmine Garcia MF2 Hematology

Part 2, Medical Foundation 2, Hematology, Week 1

Mr. Garcia is a 57-year-old retired banker who loves to play golf and garden. Despite chronic hip pain for which he takes aspirin on a regular basis, he plays golf 2-3 times a week in the spring and summer. His wife has encouraged him to see you today because over the past 3-4 months he has felt increasingly tired, and in fact, has not done his usual summer plantings. She also finds him very irritable. With some reluctance, Carmine tells you that he has been short of breath on the green on a couple of occasions over the last week, and that he really feels too fatigued to garden for any length of time. This worries him, as he has some friends with cancer, and they seemed to have the same symptoms prior to their diagnosis.

General Objectives
Describe the factors that control under and over production of red blood cells.
Describe the response of the cardiovascular and respiratory systems to too many red blood cells and too few red blood cells.
Describe the role of iron, folic acid and vitamin B12 in hematopoiesis.
Develop a conceptual approach to diagnosis of anemia and polycythemia.
Global Objectives
Upon completion of this problem, students should be able to explain the mechanisms of anemia.

Tutorial: Alexandria Vardalos MF2 Hematology

Part 2, Medical Foundation 2, Hematology, Week 1

You are on elective at a Health Clinic in downtown Hamilton with a multicultural patient population. Your supervisor asks you to see Alexandria Vardalos. Alexandria is an 8-month-old baby girl who is brought in by her parents. She was healthy at birth, but over the last 2 months, she has not been growing as fast as her sister did at the same age. She is frequently irritable and has difficulty feeding. On physical examination, Alexandria is pale, but in no apparent distress. She is afebrile with HR 125, RR 45, BP 90/60 mmHg and oxygen saturation 98% on room air. She is at the 5th percentile for both weight and height. When you palpate her abdomen, you notice that she has an enlarged liver and spleen. Her peripheral blood smear shows microcytosis, hypochromia and poikilocytosis. Hemoglobin electrophoresis shows Hb F 99.2%, Hb A2 0.8%, Hb A 0%. You inform the parents that their baby appears to be anemic and may have an inherited blood disorder. Her mother states: ‘I’m anemic – I inherited it from my mother and her family back in India. I didn’t think our children would get this because my husband’s family is Greek.”

General Objectives
Describe the genetics and molecular structure of hemoglobin, its synthesis and how qualitative and quantitative abnormalities cause disease.
Explain the affinity of various hemoglobins for oxygen and other gases and how it impacts oxygen transport.
Describe the oxygen dissociation curve and the factors that affect it.
Describe the destruction of hemoglobin and bilirubin metabolism especially in relation to hemolytic disorders.
Describe the role of hemoglobin in oxygen transport.
Global Objectives
Upon completion of this problem, students should be able to describe how the structure of hemoglobin impacts on its role in oxygen transport. They should also be able to explain the genetics of autosomal recessive conditions.

Clinical Skills Sessions: Renal Exam Practice Case - Hematuria

Part 2, Medical Foundation 2, Renal, Hematology, Week 1, Week 4

Practice the Renal history and physical examination as it pertains to Hematuria. Pro Comp connection Indigenous Health - The case of Brian Sinclair is an important example of a fatal consequence of systemic racism in the Canadian Healthcare System. He was a 45-year-old First Nations man who died of a treatable bladder infection in 2008, after being ignored for 34 hours in the emergency.

General Objectives
Kidney examination: abdominal exam (bimanual examination, costophrenic angle tenderness, auscultation for bruits).
Bladder examination.

Clinical Skills Sessions: Introduction and Overview of the Lymph Node Examination

Part 2, Medical Foundation 2, Hematology, Week 2

To discuss and to practice the components of the Lymph Node history and physical examination.

General Objectives
Lymph Node survey/location (cervical, mental/submental/submandibular, tonsil/adenoid, supraclavicular, axillary, epitrochlear, inguinal, popliteal).
Description of lymph nodes.

Active Large Group Session: Introduction to Renal Pathology

Part 2, Medical Foundation 2, Hematology, Week 2

General Objectives
Describe normal renal pathology.

Tutorial: Judy Patterson MF2 Hematology

Part 2, Medical Foundation 2, Hematology, Week 2

Judy Patterson is a 22 year-old university student who presented to the Student Health Clinic with a rash on her lower legs. Her past medical history is unremarkable except for a urinary tract infection diagnosed 6 days ago for which she is taking trimethoprim-sulfamethoxazole. The only other medication she takes is the occasional dose of ibuprofen for headaches. She has never had any dental extractions or surgeries. On examination, she has no lymphadenopathy or splenomegaly, but she does have petechiae on her lower legs. You ask to look inside her mouth and there you see a blood blister on the inside of her cheek. She says she must have bitten it by accident.

General Objectives
Describe the role of platelets.
Describe the mechanism and consequences of quantitative and qualitative abnormalities of platelets.
Describe the physiology and structure of platelets.
Develop a conceptual approach to diagnosis of bleeding disorders.
Global Objectives
Upon completion of this problem, students should be able to explain the role of platelets in hemostasis and thrombosis.

Anatomy Lectures: Lymphatic System

Part 2, Medical Foundation 2, Hematology, Week 2

The lymphatic system consists of lymphatic tissues (Thymus, Lymph nodes, Spleen) and lymphatic vessels (vessels which assist in returning tissue fluid to the blood). Thymus Gland. Type of cells in a lymph node. Lymph node and lymphatic vessel. Popliteal lymph nodes and vessels. Femoral and external iliac lymph nodes and vessels. Female and male pelvic lymph nodes.

General Objectives
Describe the classification of the types of white blood cells.
Describe the roles of neutrophils, monocytes, and lymphocytes.
Describe the pathophysiology that leads to white cell malignancies.
Explain how the immune system responds to infection.

Tutorial: Sana Gupta MF2 Hematology

Part 2, Medical Foundation 2, Hematology, Week 2

Sana is an 18-year-old female who presents to the emergency room with prolonged bleeding following extraction of a wisdom tooth. The extraction was performed earlier that day and she was sent home with packing to be removed 1 hour later. She bled through the packing by the time she got home and has continued to bleed for the past 2 hours. This is her first tooth extraction and she has no previous history of surgical procedures. On questioning, she describes her periods as “heavy”, but her mother and grandmother reported a similar experience so she assumed that was normal. Physical examination reveals constant oozing from the site of extraction, severe edema of her cheek and a large ecchymosis along her jaw line.

General Objectives
Describe the mechanism and consequences of quantitative and qualitative abnormalities of platelets.
Describe the mechanisms and consequences of coagulation factor deficiencies.
Describe the role of coagulation factors and the process of forming a fibrin clot.
Develop a conceptual approach to diagnosis of bleeding disorders.
Describe the role of the coagulation factors.
Global Objectives
Upon completion of this problem, students should be able to describe the role of Von Willebrand Factor in hemostasis and its function in relation to the coagulation cascade. The student should be able to describe causes of variable expression of Von Willebrand disease.

Tutorial: Ms. LW MF2 Hematology

Part 2, Medical Foundation 2, Hematology, Week 2

Part 1: You are working in the Red Blood Cell Disorders Clinic at McMaster. You are asked to see Ms. LW by your preceptor for routine follow up. Ms. LW is a 43-year-old cisgender woman who was diagnosed with sickle cell disease as a child while living in Guyana. Part 2: It is a few months later and you are on a rotation working in the emergency department. You see Ms. LW’s name on the tracker and remember seeing her in the RBC Disorders Clinic. You pull the triage assessment and read that Ms. LW is presenting with a 2-day history of jaundice and pain in her arms and back, which has been unresponsive to oral hydromorphone at home. Vitals in triage reveal HR 110, BP 110/65, T 36°C, RR 16, SpO2 99% on room air.

General Objectives
Describe the genetics and molecular structure of hemoglobin, its synthesis and how qualitative and quantitative abnormalities cause disease.
Explain the affinity of various hemoglobins for oxygen and other gases and how it impacts oxygen transport.
Describe the normal production and destruction of hemoglobin.
Describe the oxygen dissociation curve and the factors that affect it.
Describe the destruction of hemoglobin and bilirubin metabolism especially in relation to hemolytic disorders.
Describe the inheritance patterns of genetic disorders of hemoglobin, with emphasis on sickle cell disease and thalassemia.
Describe the worldwide epidemiology of sickle cell disease and thalassemia.
Global Objectives
Upon completion of this problem, students should be able to describe how the structure of hemoglobin impacts on its role in oxygen transport. They should also be able to explain the genetics of autosomal recessive conditions.

Tutorial: Shane Mosley MF2 Hematology

Part 2, Medical Foundation 2, Hematology, Week 2

Shane Mosley an 18-month-old boy was brought to the emergency room by the baby sitter for treatment of a swollen and tender right knee that had developed suddenly within the previous three hours. The knee began to swell soon after Shane tripped on the family room carpet. Physical examination reveals an apparently healthy child who is crying and favouring his right leg. The knee is swollen and held in partial flexion. Shane has a few old, superficial bruises over shins, chest wall and his back. The physician in the ER concludes that there is fluid in the knee and because of the sudden onset and absence of fever, thinks this is most likely due to a joint bleed. The physician wonders about an underlying systemic bleeding disorder as the cause of Shane's joint bleed. A complete blood count, "hemostasis screen" and an x-ray of the knee are ordered.

General Objectives
Describe the mechanisms and consequences of coagulation factor deficiencies.
Develop a conceptual approach to diagnosis of bleeding disorders.
Describe the role of the coagulation factors.
Global Objectives
Upon completion of this problem, students should be able to describe the role of coagulation factors in secondary hemostasis. Students should be able to assess the risk to family members of an individual with an X-linked condition.

Active Large Group Session: Anemia and Approach to Bleeding

Part 2, Medical Foundation 2, Hematology, Week 3

Activity Objectives
Explain the role of platelets in hemostasis and thrombosis.
General Objectives
Develop a conceptual approach to diagnosis of anemia and polycythemia.
Describe the response of the cardiovascular and respiratory systems to bleeding.

Clinical Skills Sessions: Lymph Node Exam: Practice Case – Lymphadenopathy

Part 2, Medical Foundation 2, Hematology, Week 3

To practice the Lymph Node history and physical examination.

Tutorial: Eva Foster MF2 Hematology

Part 2, Medical Foundation 2, Hematology, Week 3

Mrs. Foster is a 50-year-old female who comes to the ER complaining about some chest discomfort that seems worse when she takes a breath in and shortness of breath. She also feels like her heart is racing. Her past medical history is unremarkable except for mild hypertension. She usually takes an aspirin a day because she heard it was a good idea to take it, but she stopped taking it one week ago when she noticed some blood in her stool. She thinks her mother may have had a blood clot in her leg during one of her pregnancies. Mrs. Foster is married with no children. On physical examination in the emergency room, her HR is 110/min, RR 28/min, BP 122/70, oxygen saturation 86% on room air. Her chest and precordial exam are normal. Her left leg is normal in colour, slightly warm and edematous. The circumference of her left calf is 3 cm larger the circumference of her right calf. She complains of pain when you palpate behind her knee. Her pedal pulses are palpable. The ER staff person calculates her Wells Score and based on the result, orders a D-dimer blood test.

General Objectives
Describe the triggers and steps involved in blood clot formation.
Describe the role of platelets.
Describe the pathogenesis of venous thromboembolic disease.
Describe the physiology and structure of the vascular endothelium.
Describe the role of coagulation factors and the process of forming a fibrin clot.
Develop a conceptual approach to management of venous thromboembolic disease.
Describe the role of the coagulation factors.
Describe the response of the cardiovascular and respiratory systems to venous thrombosis.
Describe the role of the fibrinolytic system.
Global Objectives
Upon completion of this problem, students should be able to describe coagulation and mechanisms of thrombosis.

Tutorial: Charlotte Bouchard MF2 Hematology

Part 2, Medical Foundation 2, Hematology, Week 4

Charlotte Bouchard is a 31 year old female who has presented to the ER with new onset shortness of breath. She is previously healthy with no history of medical problems and is not on any medications. She tells you her chest pain and shortness of breath started roughly six weeks prior and have gotten worse to the point she can barely take a few steps without having to stop. She’s also lost about 15 lbs in this time and has noted night sweats such that she has had to change her pajamas during the night. On exam, her pulse is 105, BP 115/87, SpO2 97% on R/A, Temp 37.2. She is not visibly distressed. Respiratory exam reveals decreased air entry on the left and you are able to palpate lymph nodes along her bilateral cervical chains and supraclavicular regions. You also appreciate enlarged lymph nodes in her bilateral axillae and inguinal regions. Her spleen is palpable 5 cm below the costal margin. Chest x-ray performed in the ER reveals a left-sided pleural effusion and is suspicious for a mediastinal mass. You order a follow up CT and this confirms a 15.3 cm mediastinal mass as well as diffuse hilar and axillary adenopathy.

General Objectives
Describe the differentiation and development of white blood cells.
Describe the classification of the types of white blood cells.
Describe the roles of neutrophils, monocytes, and lymphocytes.
Describe the pathophysiology that leads to white cell malignancies.
Recognize the most common types of white cell malignancies.
Global Objectives
Upon completion of this problem, students will be able to describe the role of the lymphocyte in the immune system, develop an introductory approach to the manifestations, diagnosis, and complications of lymphoma, and will be able to describe a palliative approach to care.

Active Large Group Session: Palliative Care: A Good Death

Part 2, Medical Foundation 2, Hematology, Week 4

Active Large Group Session: Introduction to Oncology

Part 2, Medical Foundation 2, Hematology, Week 4

Activity Objectives
Discuss cancer as a disease of dysregulated cellular processes.
Describe the basis of cancer diagnosis and prognosis.
Describe the role of systemic vs. focal therapies in the management of cancer.
Describe the short and long term consequences of cancer therapy.

Clinical Skills Sessions: Hematological Exam Practice Case - Fatigue

Part 2, Medical Foundation 2, Hematology, Week 4

Standardized case 30 year old female with fatigue.

General Objectives
Inspection: general appearance, skin, mucous membranes, nail beds, bruising/petechiae/ecchymosis/hemarthrosis
Examination for anemia
Skin colour and obvious lesions
Recording clinical histories and observations

Tutorial: Jesse Knox MF2 Hematology

Part 2, Medical Foundation 2, Hematology, Week 4

Mr. Knox is a 22-year-old male undergoing chemotherapy treatment for Acute Myeloid Leukemia. He was seen in clinic last week for chemotherapy, and he was relieved to see that his neutrophil count was back up above 1 (ANC 1000). He had no evidence of bleeding, and his platelet count was 110. He tolerated his intravenous chemotherapy and anti-emetics well, and went home to recover for the weekend. Eight days later, Jesse is feeling unwell and checks his temperature as he has been taught to do – it reads 38.5 deg C orally, so he presents to the ER as instructed. Apart from the fever, his only complaint is a sore mouth. He denies cough, shortness of breath, dysuria or change in bowel movements. Physical exam reveals a tired and pale-looking young man. His blood pressure is 105/60, heart rate 125 bpm, respiratory rate 18 and a temperature of 38.9 deg C. His tongue has a white coating and his gums look sore. His central line catheter site appears clean.

General Objectives
Describe the differentiation and development of white blood cells.
Recognize the most common types of white cell malignancies.
Explain how the immune system responds to infection.
Describe common oncologic emergencies.
Global Objectives
Upon completion of this problem, students will be able to describe the normal immune system response to infection as well as how chemotherapy can cause myelosuppression.

Tutorial: Billy Elliot MF2 Hematology

Part 2, Medical Foundation 2, Hematology, Week 5

Billy Elliot, an 18 year old male music store employee was brought into your emergency department after being involved in a motor vehicle accident at about 2:00 a.m. The paramedics that brought him in stated that he was the driver of a vehicle involved in a three car accident. The rescue squad required the "jaws of life" to extricate him from the car. The airbags were deployed, but the car sustained significant damage and the steering wheel was noted to be inches from the front seat after Billy was extricated. The paramedics conveyed that the patient was alert and talking at the scene and an IV was started. However, en route to the hospital, they noted that his pulse rate began to increase and the patient was diaphoretic.

General Objectives
Describe the basic red blood cell surface antigens (ABO, Rh) and their importance in transfusion medicine.
Describe the response of the cardiovascular and respiratory systems to too many red blood cells and too few red blood cells.
Describe the response of the cardiovascular and respiratory systems to bleeding.
Global Objectives
Upon completion of this problem, students should be able to identify and describe mechanisms of compensation and eventual failure of cardiovascular responses to sudden volume loss. Additionally, students should be able to connect and describe the consequences to and responses of other organ systems (renal, hematologic) to acute volume loss and hemodynamic compromise

Small Group Session: Hematology Day

Part 2, Medical Foundation 2, Hematology, Week 4, Week 5

Activity Objectives
Identify health professionals involved in hematology care, explain their roles, and how they collaborate with primary care to co-manage patients.
Describe how blood products are managed at a systems level and describe various settings across disciplines in which they are used.
Describe the experience of patients and donors with hematological malignancies.

Clinical Skills Sessions: Peripheral Vascular Exam – Practice Case: Peripheral Vascular Disease

Part 2, Medical Foundation 2, Hematology, Week 5

To discuss and to practice the components of the Peripheral Vascular history and physical examination.

PC Session: Introduction to Evidence Based Medicine at Point of Care: Part 1

Part 2, Professional Competencies 2, Week 1

This session will explore issues related to how we incorporate various pieces of information (i.e. from research, from patients) to make medical decisions.

General Objectives
Identify personal limitations in knowledge and pursue the information needed to understand problems and make decisions both in patient care and on the population level.
Justify how knowledge from the social sciences and humanities contributes to medical practice.
Search for and organize essential and accurate research evidence.
Appraise, incorporate principles of resource stewardship to, and apply acquired knowledge into medical decision-making.
Apply principles of evidence-based and evidence-informed medicine in medical decision-making.
Develop the attitude and skills for responding to patients with cultural humility.

PC Session: Epistemology

Part 2, Professional Competencies 2, Week 2

This session will introduce the concept of epistemology (the study of knowledge and justified belief). Epistemology asks questions such as how do we know what we know? Where does knowledge come from? What are the sufficient conditions of knowledge? What are its limitations? How do we make knowledge?

General Objectives
Summarize different “ways of knowing” about the body and how these ways affect the clinical encounter.
Incorporate patient, inter-professional team, and system factors into medical decision-making.

PC Session: Patient Safety

Part 2, Professional Competencies 2, Week 3

Patient safety is about managing and reducing risk to ensure that the care patients receive is as safe as possible. In clerkship, students will become actively involved in the delivery of patient care. As members of the health care team, students at the clerkship level need to be aware of key concepts in patient safety. They also need to develop an understanding of how to communicate about patient safety issues to each other, to health care team members and to patients.

General Objectives
Employ strategies for successful team functioning as they apply to various learning environments.
Identify ethical issues and dilemmas in their own clinical experiences related to patient care, institutional practices and health policies.
Demonstrate management of practice environments, including charting, public reporting expectations, and malpractice risks.
Demonstrate appropriate behaviours, habits, and skills required for referral and consultation.
Apply standards of care, institutional policies, and standard operating procedures.

PC Session: Introduction to Indigenous People's Health

Part 2, Professional Competencies 2, Week 4

This session addresses the health of Indigenous people and the important determinants from an Indigenous perspective. Through this session students will begin to address the First Nations, Inuit and Metis Health Core Competencies in the area of Medical Expert and Professional.

Activity Objectives
Increased awareness of events surrounding Residential School System in Canada.
Identify current stereotypes in Canadian Aboriginal medical education.
Review of trauma-related care and application to Indigenous individuals affected by the residential school system.
Self awareness and reflection of learners regarding the impact of trauma related to generational issues and strategies to support these individuals and their families.
Review of resources and support systems in place to assist trauma-related care for Indigenous individuals and their families.
General Objectives
Justify how knowledge from the social sciences and humanities contributes to medical practice.
Summarize different “ways of knowing” about the body and how these ways affect the clinical encounter.
Illustrate how diverse factors (sociocultural, psychological, economic, occupational, environmental, legal, political, spiritual, and technological) interact to influence the health of an individual and the population.
Analyze and critically reflect on how the impact of physician power and privilege may contribute to disparities through biased care.
Discuss the historical and contemporary events and the systemic factors influencing current practices and issues regarding Indigenous Health and anti-Indigenous racism, all of which impact current and future practitioners, individuals, and communities.
Identify opportunities to educate and reflect on events of Indigenous self-determination, cultural preservation and growth to foster allyship in Indigenous Healthcare and community settings.
Demonstrate awareness of how social contexts and epistemological perspective, such as privilege and power, contribute to uncertainty and ethical challenges in practice.
Recommend responses to key social and cultural factors that lead to poor health outcomes for individuals, families, and communities.
Plan socially-just courses of action in order to respond to the diverse factors that intersect and overlap to influence the health of the individuals, families and communities.

PC Session: Narrative in Medicine

Part 2, Professional Competencies 2, Week 5

Stories are the way in which humans make sense of the world and share experience with each other. They are as important in sickness, suffering, recovery, health, and medical practice as in any other area of human life. This session will introduce students to the richness of narrative in medicine.

General Objectives
Illustrate the difference between disease and illness, and plan an approach to understanding the patient’s illness experience.
Assess the use of narrative in the process of meaning-making, both for patients and for clinicians.

PC Session: Communication Skills 2

Part 2, Professional Competencies 2, Week 6

This is the second session during which students will practice communicating with Standardized Patients.

General Objectives
Illustrate how being a good communicator is a core clinical skill for physicians, and how effective physician-patient communication can foster patient satisfaction, physician satisfaction, adherence and improved clinical outcomes (CanMEDS 2015).
Demonstrate how to perform the basic communication and interpersonal skills that are required to accomplish each of the specific and discrete tasks defined in the Kalamazoo Consensus Statements. (1999, 2002).
Summarize the concepts, principles, and research evidence that support the importance and efficacy of developing communication and interpersonal skills in medicine.

PC Session: Intro to Canadian Health Care System

Part 2, Medical Foundation 2, Professional Competencies 2, Week 7

Health care systems are complex organizations comprising regulatory, funding and service provision bodies that provide access to health care in accordance with societal goals and values. This session will introduce students to the organization of the Canadian health care system, the principles of the Canada Health Act and some of the current issues and debates regarding funding and health care costs.

Activity Objectives
Explain in their own words the goals of the Canada Health Act and Universal Health Insurance.
Discuss how the Canadian Heath Care system can ensure access and equity at the Micro and Macro allocation levels.
Compare and contrast public versus private health care system.
Apply this knowledge to case scenarios.
Become aware of some of their own values and those of their peers with regards to distributive justice, resource allocation and rationing.
General Objectives
Contrast organizational structures applied within institutions and agencies accountable for the delivery of health care.
Describe the range and scope of contemporary medical practice as well as the role of the physician in emerging health care models.
Understand how public policy can influence community-wide patterns of behaviour and affect the health of a population.

PC Session: Inter-professional Education and end of MF2 Assessment

Part 2, Professional Competencies 2, Week 8

Students will be introduced to the Interprofessional Education requirements of the program.

General Objectives
Employ strategies for successful team functioning as they apply to various learning environments.
Contrast a physician’s professional roles, responsibilities, and scope of practice with the respective professional roles, responsibilities, and scopes of practice of other health professionals.
Demonstrate methods for seeking from and offering to other health professionals' feedback that improves the knowledge, work processes, and outcomes of a team of health professionals.

e-Learning Module: Integrated Pain and Opioid Curriculum Course 2 - Pathophysiology of Pain and Pharmacology of Opioids

Part 3, Medical Foundation 3

In this module, you will review the types of pain and the basic mechanisms of pain signalling. You will also learn about the pharmacology of opioids, and how their primary effects are mediated by interactions with opioid receptors; and about the range of serious adverse effects associated with opioids. (c) AFMC, v. June 30 2023.

Clinical Skills Sessions: Shortness of Breath: renal, cardiac, respiratory

Part 3, Medical Foundation 3

Observations of a student(s) taking a history from a patient with shortness of breath. Demonstration by preceptor of examination of a patient with shortness of breath. Discussion regarding shortness of breath. Etiology, differential diagnosis, investigations, etc.

General Objectives
Review of cardiac and respiratory exam.
Integration of cardiac, respiratory and renal exam and volume assessment into a general physical examination.

e-Learning Module: American Academy of Dermatology Part 3

Part 3, Medical Foundation 3

Stasis Dermatitis. Bacterial Skin Infections. Blisters. Sexual and Gender Diverse (SGD) Dermatology

Anatomy Demonstrations: Male Reproductive System

Part 3, Medical Foundation 3, Renal, Week 2

Clinical Skills Sessions: Edema

Part 3, Medical Foundation 3

Practice the history and physical exam as it pertains to edema.

General Objectives
Integration of cardiac, respiratory and renal exam and volume assessment into a general physical examination.

Clinical Skills Practice Sessions: Breast and Lymph Node Examination

Part 3, Medical Foundation 3, Reproduction and Pregnancy

These practice sessions are intended to improve standardization of teaching across groups and to provide tutorial groups with opportunities to focus on areas of particular concern to the group.

General Objectives
Breast examination
Inspection: draping, position, proper lighting. Inspecting breast and axilla using a model.
Lymph Node survey/location (cervical, mental/submental/submandibular, tonsil/adenoid, supraclavicular, axillary, epitrochlear, inguinal, popliteal).
Lymph node examination
Palpation: breast and axilla (for mass and lymph nodes) using a model.
Description of lymph nodes.

Clinical Skills Practice Sessions: Male Genital Exam (using models)

Part 3, Medical Foundation 3, Reproduction and Pregnancy

Active Large Group Session: Labour

Part 3, Medical Foundation 3, Reproduction and Pregnancy

Intrapartum management of spontaneous labour. Fetal health surveillance in labour. Operative vaginal birth. Indications for caesarean sections. Management of pregnancy at 41+0 to 42+0 weeks

Activity Objectives
Outline intrapartum management of spontaneous labour.
Discuss operative vaginal birth in the management of the second stage of labour.
List and discuss indications for caesarean section.
Describe the process of fetal health surveillance in labour.
Explain the management of pregnancy after 41 weeks’ gestation.
General Objectives
Explain the initiation and propagation of normal labour and delivery.
Describe the mechanisms of normal labour and the puerperium period.

Active Large Group Session: CisWoman's Sexual Health and Cervical Cancer Screening

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 1

Tutorial: Manuel Pereira MF3 Reproduction

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 1

Manuel Pereira and his wife have been trying to conceive a child for 16 months. After 12 months of trying, Michelle sought medical advice and so far, her investigations have been negative. You have suggested that since it takes two to make a baby, Manuel should undergo evaluation. Manuel reluctantly attends your clinic. He is quite certain that their inability to conceive can not be "his fault" because he fathered a child, by mistake, when he was 18

General Objectives
Explain the basic science of gametogenesis, conception and implantation of pregnancy.
Identify the testes, epididymis, spermatic cord and how the testis descend during fetal life with a basic understanding of the inguinal canal. Describe the layers which cover both the testes and the spermatic cord. Identify the content of the spermatic cord and understand the course of the vas deferens.
Describe the anatomic and physiologic changes surrounding the onset and cessation of reproductive function in the male and female.
Understand blood supply, lymph drainage and innervation of the testis.
Understand the descend of the testes and the formation of inguinal canal with a focus on direct and indirect inguinal hernia.
Understand the seminal vesicles, its duct and the ejaculatory duct.
Explain the process of gametogenesis.
Identify and understand the prostate, its lobes, blood supply, lymphatic drainage and innervation.
Explain the factors that influence fertility in both the males and females.
Describe the penis (root, body, glans penis and prepuce or foreskin) corpus cavernosum and corpus spongiosum. Identify bulbouretheral glands (cowper's glands), blood supply lymphatic drainage and innervation of the penis.
Understand mechanism of erection and ejaculation.
Global Objectives
Upon completion of this problem, students will have developed an approach to the investigation of male infertility, will understand meiosis and will appreciate the difference between meiosis and mitosis.

Anatomy Demonstrations: Reproduction and Pregnancy

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 1

Tutorial: Susan Weiss MF3 Reproduction

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 1

Susan Weiss is a 53 year old woman (G3P3) who presents to her family doctor stating she is having difficulty sleeping. She is waking up drenched through the night. She complains of having sweating episodes throughout the day that are debilitating and embarrassing. She is irritable with her family and states they do not understand "the change". It has been 18 months since her last period. She has no libido and when she tries to be intimate with her partner, she is extremely dry.

General Objectives
Describe the anatomic and physiologic changes surrounding the onset and cessation of reproductive function in the male and female.
Define menopause and explain the physiological process that occurs from the transition of a reproductively capable woman to a menopausal woman.
Explain the potential health risks for a menopausal woman.
Recognize the impact of menopause on quality of life.
Global Objectives
Upon completion of this problem, students should be able to explain the physiologic changes that occur during the menopause transition and list the causes of postmenopausal bleeding.

Clinical Skills Sessions: Adolescent History Practice Case - Behaviour Problems

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 1

Discuss and practice the components of the Adolescent history, with a focus on the SSHADESS screening assessment. Pro-Comp Connection – Child Maltreatment

Tutorial: Mei Wang MF3 Reproduction

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 1

Mei Wang, a 24-year-old fitness instructor, stopped taking the oral contraceptive pill (OCP) 12 months ago, in order to conceive. She has remained amenorrheic since then. Mei's puberty was appropriate in terms of timing and secondary sexual development. However, she has always had infrequent and at times extremely heavy menstrual bleeding. As a teenager, she was prescribed the OCP to regulate her periods. She has been on the OCP ever since.

General Objectives
Explain the hypothalamic pituitary ovarian axis as it pertains to the normal menstrual cycle and identify the factors that influence this hormonal axis.
Describe the normal menstrual cycle.
Describe the Hypothalamic / Pituitary / Ovarian / Uterine axis and how it influences the menstrual cycle.
Global Objectives
Upon completion of this problem, students should be able to describe the normal menstrual cycle and to identify factors that can disrupt normal female reproductive physiology.

Anatomy Lectures: Perineum and Pelvis, Male and Female genital organs and breast

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 1

Perineum and Pelvis, Male and Female genital organs and breast

General Objectives
Identify the testes, epididymis, spermatic cord and how the testis descend during fetal life with a basic understanding of the inguinal canal. Describe the layers which cover both the testes and the spermatic cord. Identify the content of the spermatic cord and understand the course of the vas deferens.
Identify the ovary, its descent during fetal life and its blood supply, lymphatic drainage and innervation.
Understand blood supply, lymph drainage and innervation of the testis.
Understand the peritoneal folds in the pelvis with a focus on the rectovaginal (rectouterine) pouch (pouch of Douglas) and uterovesical pouch. Identify the broad ligament, round ligament of the ovary (ovarian ligament) and round ligament of the uterus. Identify the mesosalpinx, mesovarium and suspensory ligament of the ovary.
Understand the descend of the testes and the formation of inguinal canal with a focus on direct and indirect inguinal hernia.
Identify the fallopian tube (uterine tube) its parts (infundibulum, with its fimbriae, ampulla, isthmus and intramural or intrauterine part) and its function. Identify both abdominal and uterine ostium and understand how the peritoneal cavity is an open cavity in female and its role in pelvic inflammatory diseases. Understand how ectopic pregnancy can happen in the fallopian tube and in the peritoneal cavity.
Understand the seminal vesicles, its duct and the ejaculatory duct.
Identify the uterus, its parts (fundus, body and cervix), position (version and flexion), layers of the uterus, blood supply, lymphatic drainage and innervation of the uterus.
Identify and understand the prostate, its lobes, blood supply, lymphatic drainage and innervation.
Understand support of the uterus with a focus on pelvic floor muscles (pelvic diaphragm), transverse cervical (cardinal), pubocervical and sacrocervical(uterosacral) ligaments.
Describe the penis (root, body, glans penis and prepuce or foreskin) corpus cavernosum and corpus spongiosum. Identify bulbouretheral glands (cowper's glands), blood supply lymphatic drainage and innervation of the penis.
Understand the vagina, its fornices, layers, blood supply, nerve supply and lymphatic drainage.
Understand mechanism of erection and ejaculation.
Understand external genitalia in female with a focus on labia majora and minora, hymen, clitoris their innervation, blood supply and lymphatic drainage. Identify paraurethral glands (Skene glands) and Bartholin glands (greater vestibular glands).

Active Large Group Session: Early Pregnancy Management

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 1

Consider the techniques and implications of therapeutic abortion. Define different types of miscarriages and how they present in early pregnancy.

Tutorial: Shalini Mehta MF3 Reproduction

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 1

Shalini Mehta is a successful 35-year-old lawyer who married five years ago. Her partner Varun is a 56-year-old judge who left his former wife to be with Shalini. He has three grown children and one grandchild. Varun was never as keen on starting a new family as Shalini, but he loves her and "wants what she wants". For the first three years of their marriage, Shalini continued on the birth control pill, as she wanted to focus on establishing her career further. She states that she had been on the pill since she was 18. Two years ago she stopped the pill and had hopes that she would be trying for her second baby by now.

General Objectives
Compare and contrast the normal sexual response of the adult male and female.
Explain the mechanism of conception and the factors that influence it.
Explain the factors that influence fertility in both the males and females.
Describe the normal menstrual cycle.
Global Objectives
Upon completion of this problem, students should be able to define infertility, to discuss its underlying causes and to describe a basic diagnostic approach to its evaluation. The student should be able to describe the psychological and sexual impacts of infertility.

Active Large Group Session: Abnormal Uterine Bleeding (AUB)

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 1

Prevalence of Abnormal Uterine Bleeding. Impact of Abnormal Uterine Bleeding (AUB) on Women. Clinical, Economic, and Lifestyle. Pathogenesis of AUB. A brief look at causality. Investigation and treatment of women with AUB. What to do, when to do it.

Activity Objectives
Define and classify abnormal uterine bleeding.
Discuss the prevalence and the impact of abnormal uterine bleeding on women.
Explain the pathogenesis of abnormal uterine bleeding in adolescent, reproductive age and postmenopausal women.
Outline the approach to the investigation and treatment of abnormal uterine bleeding in non-pregnant women of reproductive age.
General Objectives
Explain the hypothalamic pituitary ovarian axis as it pertains to the normal menstrual cycle and identify the factors that influence this hormonal axis.
Conduct a reproductive history and complete a male and female reproductive examination.

Clinical Skills Sessions: Gynecological / Sexual History

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 2

Discuss and practice the components of the Gynecological and Sexual histories. Pro-Comp Connection – LGBT2SQ+ Patients. LGBTQ2S+ patients in Canada experience worse health outcomes than their heterosexual, cisgender peers.

General Objectives
Conduct a reproductive history and complete a male and female reproductive examination.

Tutorial: Mary Jane Morrison MF3 Reproduction

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 2

Mary Jane, a healthy 22-year-old woman, is seen in a walk-in clinic for abnormal vaginal discharge. She is otherwise healthy and not taking any medications. Her immunizations are up to date, though she is unsure if she received the HPV vaccination as a teen. Mary Jane has been sexually active for 2 years. She has never had a Pap smear. She tells you that she has tried the birth control pill in the past but is not taking it because it “makes her sad”. She uses condoms instead. Three months ago, she had unprotected sex one time with her current partner. She confides in you that she thinks her current partner "sleeps around" on her and she’s here today because she wants to get “checked”. When taking a detailed sexual history, you discover that she has intermittently experienced pain during sexual intercourse and some post-coital bleeding. Mary Jane minimizes these symptoms and tells you that this is normal for her. On examination she looks well but is very nervous. Vitals signs are within normal limits. Head and neck, respiratory and cardiac examinations are all normal. Abdominal exam does not reveal any masses or areas of tenderness. Skin and joints are all normal. Genital examination does not reveal any lesions. Pelvic examination reveals some purulent discharge from the cervical os. Swabs are collected from the cervical os and result in bleeding. Bimanual examination does not elicit any cervical or adnexal tenderness. You discuss the role of cervical cancer screening and how it relates to HPV, a sexually transmitted infection. Mary Jane agrees to return in 2 weeks for a Pap smear.

Global Objectives
Upon completion of this problem, students will be able to discuss sexually transmitted infections.

Active Large Group Session: GI-GU-Pelvic Imaging

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 2

Essentials of gastrointestinal and gynecologic imaging.

Activity Objectives
Identify the normal structures seen on abdominal radiographs, with a focus on the GI tract.
Explain a step-wise approach to the interpretation of the abdominal radiograph.
Outline the appearance of the normal structures of the female reproductive system on CT and ultrasound.
Discuss the appropriateness of various imaging modalities in the work-up of common clinical presentations involving the abdominal and pelvic structures.

Tutorial: Rachel Kowalski MF3 Reproduction

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 2

Rachel is a 15-year-old grade 9 student who has come to the walk-in clinic requesting ‘the pill’. She has been dating John, who has not accompanied her, for 6 months and she feels that it is time for them to have sex. She has never had intercourse. John is 18 and will finish grade 12 this year. Rachel lives with her mother and two younger brothers. She has always been healthy and is on no medications. She states that she smokes occasionally and sometimes drinks. After a discussion regarding the implications of her decision and the issues of the options available, Rachel is given three months of oral contraceptives (OCP) and instructions. There is a plan to follow-up with her family doctor for a refill and a pap smear. Three months later, Rachel experiences heavy vaginal bleeding accompanied by suprapubic pain. She is very frightened and comes to the ER with her mother. She states that she thinks her last period was a month ago but it was not really normal and she has had spotting intermittently since starting the pill. She says that she is not on any other medications but two months ago she was on an antibiotic for 5 days for a bad cough. The antibiotic made her very nauseated.

General Objectives
Explain the basic science of gametogenesis, conception and implantation of pregnancy.
Describe the maternal-fetal unit as it pertains to normal pregnancy and be able to identify factors that influence this unit.
Explain the mechanisms of action of methods by which conception and pregnancy can be prevented.
Global Objectives
Upon completion of this problem, students will be able to define conception, normal and abnormal implantation and early pregnancy failure. Students will also review available options for contraception and their mechanisms of action and efficacy.

Tutorial: Rosemary and Tony MF3 Reproduction

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 3

Rosemary, a 38-year-old G2A1, is seen with her 42-year-old husband for their first antenatal visit. She is 10 weeks 1 day pregnant by an LMP of January 18th. She is sure of the date and her periods were 4 days every 28-30 days. She states that she is trying to eat quite well because she does not believe in taking vitamins. She says that she tries to have a gluten-free diet. Rosemary had a therapeutic abortion when she was 27. She and her husband are both healthy. She is on no medications. Both of their families are from Ireland and they do not know of any family health problems. Their GP discusses issues regarding the pregnancy with them, including dietary issues and the potential benefits of a prenatal vitamin and an iron supplement. Rosemary’s prenatal bloodwork is normal. She is booked for an ultrasound, which is done at 12 weeks. The ultrasound is normal and shows a single embryo with measurements consistent with her LMP. At 17 weeks, her GP calls to tell her that her IPS test is positive for Down syndrome and she would like the couple to go to the University hospital to discuss their options. They are devastated with the news and do not know what to do as they are both Roman Catholic.

General Objectives
Describe the role of prenatal diagnosis in pregnancy.
Explain the various modalities used in prenatal screening tests and in prenatal diagnostic tests and compare and contrast their sensitivity, specificity and their risks and benefits.
Discuss the ethical, moral and psychological implications of a positive prenatal screening test.
Global Objectives
Upon completion of this problem, students will recognize prenatal screening and diagnosis in reproduction.

Tutorial: JoAnne Wright MF3 Reproduction

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 3

JoAnne is a 28-year-old G4T1A2L1 Inuk from Baker Lake, Nunavut. Her last menstrual period was February 11. She has a regular, 28-day cycle and had a positive home urine test on March 14. She tells you that she is concerned because she had a DVT in her last pregnancy and was told that she has antiphospholipid antibody syndrome. She has been on warfarin since her son was born 2 years ago. She had 2 miscarriages at 8 and 10 weeks prior to her son being born. She is concerned about the effect of the medicine on her baby and also her risk of developing another clot.

General Objectives
Explain the normal physiological adaptations to pregnancy.
Describe the course of normal pregnancy and common causes of deviation from this course.
Define a teratogen.
Compare and contrast warfarin and low molecular weight heparin to illustrate the effects of a teratogen on the developing fetus.
Global Objectives
Upon completion of this problem, students should have explored teratogenicity in pregnancy using warfarin and low molecular weight heparin as examples.

Tutorial: Samira Shah 2 MF3 Reproduction

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 3

One hour after giving birth to baby Varkey, Mrs. Shah states that she feels lightheaded as she sits upright for the first time. Her midwife who has been monitoring her closely following the delivery helps her to lay back down. She notes that Samira is somewhat pale and that her pulse is rapid and thready. She palpates the uterus and finds the fundus is above the umbilicus. As the midwife massages the fundus, a large grapefruit size blood clot is expressed followed by blood that soaks the bed sheets. As summoned help arrives, Samira’s BP is found to be 85/50 and her heart rate 120.

General Objectives
Describe the factors that effect immediate post-partum bleeding and the physiologic response to accommodate for hemorrhage in the mother.
Identify the role of the health care provider in decreasing blood loss at delivery.
Global Objectives
Upon completion of this problem, students will be able to describe the mechanisms of the third stage of labour and be able to discuss the factors that can lead to postpartum hemorrhage (PPH).

Tutorial: Samira Shah 1 MF3 Reproduction

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 3

Samira Shah is a 27 year old woman who works as a waitress in a local restaurant and is in her first pregnancy. She is slightly overweight (pre-pregnancy BMI 28.5). Her prenatal care has been unremarkable although she was found to be rubella non-immune and had a positive glucose challenge test (GCT) followed by a negative glucose tolerance test (GTT). Now at 38 weeks, she has abdominal cramping and slight bright red vaginal bleeding. Her husband, Sunny, informs Hanna’s midwife of this. Her midwife comes to their apartment to assess Samira.

General Objectives
Explain the initiation and propagation of normal labour and delivery.
Describe the mechanisms of normal labour and the puerperium period.
Global Objectives
Upon completion of this problem, students will be able to explain the mechanisms of labour and normal labour progression as well as describe the factors that affect normal labour.

Clinical Skills Sessions: Obstetrical History: Practice Case – Intrapartum Care, Labour and Delivery Triage

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 3

To discuss and to practice the components of the Obstetrical history as it pertains to Intrapartum Care. To apply key terminology appropriately in intrapartum care, including: Diagnosis and stages of labour, including differentiating term from preterm labour. Diagnosis of rupture of membranes (ROM), including differentiating spontaneous rupture of membranes (SROM), prelabour rupture of membranes (PROM) and preterm prelabour rupture of membranes (PPROM). Practice taking a focused history in an intrapartum care setting, with a focus on four essential triage visit questions (Contractions/labour; Fluid/rupture of membranes; Bleeding; and Fetal Movements). Demonstrate use of gender-inclusive perinatal language (e.g. parental leave, birthing parent, chest-feeding). Practice navigating key challenges in delivery of intrapartum care in rural and remote settings, including recognizing limitations of scope of practice to inform shared decision-making. Pro-Comp Connection – Indigenous Health and Prenatal / Intrapartum Care

Tutorial: Li Chin and Baby Albini MF3 Reproduction

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 4

Li Chin is a 19-year-old woman from Hong Kong who has been in Canada for one year studying Computer Science at McMaster University. She is a known carrier of Hepatitis B, but is otherwise healthy and on no medication. You are a family physician working at Student Health Services at the university. Li came to see you today for a routine prenatal appointment at 28 weeks gestational age. You inquire as to Li's plans for feeding her baby after birth. She is uncertain and has not yet considered this. When you recommend that she breastfeed her baby, she asks why. She doesn’t know anyone who has breastfed. She is uncertain as to whether or not she would be able to do it.

General Objectives
Describe the anatomy of the female breast as related to lactation.
Explain the physiology of normal lactation and the benefits of breastfeeding.
Global Objectives
Upon completion of this problem, students will be able to describe the process of lactation and discuss the advantages and barriers to breastfeeding. Students will also be able to explain how disruptions in the normal flora can lead to Candidal infection.

Tutorial: Savita Singh MF3 Reproduction

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 4

Savita Singh, a 33-year-old married woman, is seeing her physician for amenorrhea. She was suspected of having diabetes mellitus 6 months ago after a round of routine blood tests. The diagnosis of diabetes mellitus was confirmed with repeat testing soon thereafter. Savita was immediately counselled on the importance of lifestyle modification, with special attention to weight loss and exercise at least 3 times per week. Since then, Savita has found it very challenging to integrate these recommendations into her busy lifestyle and says she has “only lost 3 pounds.” Savita has always had irregular menstrual cycles since menarche at age 11, generally having periods once every 1-3 months on average. She could not reliably predict when a period would start or end. Her menses were sometimes very light and sometimes extremely heavy. For the past 6 months, however, she has had no period whatsoever. Savita has never been on any medications. Her family history is significant for type 2 diabetes and premature coronary artery disease, with her father having had a myocardial infarction at the age of 45. On physical examination, Savita has a weight of 77 kg and height of 153 cm. Her abdominal circumference is measured at 93 cm at the umbilicus. There are small skin tags and hyperpigmentation noted at the back of her neck and in both axillae. Her abdomen has some striae but they are pale, thin and not depressed. She has excessive hair growth on the upper arms, upper chest, abdomen, lower back and face with a Ferriman-Gallwey score of 16/36. There is mild acne and her hairline appears to be receding. There are no virilizing signs on exam. Fundoscopic examination reveals changes consistent with early non-proliferative diabetic retinopathy. Examination of the feet does not show any signs of neuropathy.

General Objectives
Explain the relevance of Polycystic Ovarian Syndrome in terms of its impact on endocrine, cardiovascular, cancer and fertility risks.
Global Objectives
Upon completion of this problem, students will be able to define metabolic syndrome and examine the consequences of insulin resistance including polycystic ovarian syndrome. Students will also be able to explain the effect of hyperinsulinemia and hyperandrogenism on female sexual function.

Active Large Group Session: Inclusive Clinical Skills Part 2

Part 3, Medical Foundation 3, Reproduction and Pregnancy, Week 4

PC Session: Planetary Health

Part 3, Professional Competencies 3, Week 1

The World Health Organization has declared climate change as the single greatest health threat facing humanity. Healthcare providers are already seeing the downstream consequences of the climate emergency in their clinical practices (worsening heat-related illness, injuries due to extreme weather events, exacerbation of respiratory disease, etc)

General Objectives
Illustrate how diverse factors (sociocultural, psychological, economic, occupational, environmental, legal, political, spiritual, and technological) interact to influence the health of an individual and the population.
Plan and advocate for an appropriate course of action at both the individual- and population-level that responds to the diverse factors influencing their health.
Identify the ways in which health systems (federal, provincial, municipal, private, non-governmental) can address structural barriers to reduce inequities in health status between population groups.
Describe the role that physicians can play in promoting health and preventing diseases at the individual and population level.
Describe the professional responsibility of the physician as Health Advocate in advancing the health and well-being of individuals, communities and populations.
Understand how public policy can influence community-wide patterns of behaviour and affect the health of a population.

PC Session: Shared Decision Making

Part 3, Professional Competencies 3, Week 2

This session focuses on developing skills to engage in Shared Decision Making(SDM) conversations with patients to negotiate their treatment planning. Shared decision making(SDM) is usually defined as conversations physicians have with their patients reviewing relevant evidence from the scientific literature and then sharing in the decision making based on the evidence. This was the original conception of EBM here at McMaster, Dept. of Medicine envisioned by Dr. David Sackett and continued by Dr. Gordon Guyatt. At the McMaster MD program; and in the Professional Competencies curriculum, we build on their rich legacy recognizing that any encounter with our patients will also draw heavily on ethical decision making, anti-oppressive practices, self-awareness/reflection and effective communication skills. Shared Decision Making(SDM) is a complex skill that evolves with lifelong learning and practice across the Clerkship and beyond into the Postgrad. Here our goal is only to provide a survey of some of the relevant literature surrounding SDM, summarize some underlying principles and begin practicing with simulated cases in the Large Group Session and Small Group Sessions.

General Objectives
Summarize different “ways of knowing” about the body and how these ways affect the clinical encounter.
Incorporate patient, inter-professional team, and system factors into medical decision-making.
Demonstrate active planning for the pursuit of knowledge and lifelong learning to maintain competency.
Demonstrate how to engage in shared decision-making with a patient, group, community, or population.

PC Session: Research Ethics

Part 3, Professional Competencies 3, Week 3

This session will provide an introduction to ethical concepts in research including case-based exploration of core principles. The rationale and principles for the ethical conduct of clinical research.

General Objectives
Judge when additional expertise is needed in the resolution of ethical choices and where to find appropriate resources (help, laws, policies, etc.) to obtain this help.
Identify ethical issues and dilemmas in their own clinical experiences related to patient care, institutional practices and health policies.

PC Session: Anti-Black Racism and Black Exclusion in Medicine

Part 3, Professional Competencies 3, Week 4

The purpose of this session is to explore the dimensions of white supremacy, anti-black racism and black exclusion in medicine.

General Objectives
Summarize different “ways of knowing” about the body and how these ways affect the clinical encounter.
Analyze and critically reflect on how the impact of physician power and privilege may contribute to disparities through biased care.
Demonstrate awareness of how social contexts and epistemological perspective, such as privilege and power, contribute to uncertainty and ethical challenges in practice.

PC Session: Introduction to Population Health

Part 3, Professional Competencies 3, Week 5

This session will explore a population health approach to addressing health issues with a focus on health promotion and illness prevention.

Activity Objectives
Compare and contrast the clinical and population approaches to health.
Recognize the diverse factors that influence the health of the individual and the community, and respond to these factors by advocating the appropriate course of action at both the individual and the community level.
Explain the concept of illness prevention and understand the physician’s role in primary, secondary and tertiary prevention.
Understand the stages of change model and appreciate the role of harm reduction in helping patients make change and improve behaviours.
General Objectives
Define and discuss concepts of health, wellness, illness, disease, and sickness (including WHO and Health Canada definitions, Lalond Report, Ottawa Charter for Health Promotion).
Know how to access and collect health information to describe the health status of a population.
Describe the types of data and common components (both quantitative and qualitative) used in creating a community needs assessment.
Identify the ways in which health systems (federal, provincial, municipal, private, non-governmental) can address structural barriers to reduce inequities in health status between population groups.
Describe the role that physicians can play in promoting health and preventing diseases at the individual and population level.
Understand how public policy can influence community-wide patterns of behaviour and affect the health of a population.

PC Session: Using Evidence-Based Medicine at Point of Care Part 2

Part 3, Professional Competencies 3, Week 6

Practice advising a patient on the risks and benefits of screening, using screening mammography as an example. Use differing approaches to the decision making process (including paternalism and shared decision making), to understand how different approaches may lead to different decisions. Be aware of the “framing effect” and how it might affect the way a patient is advised of the research evidence.

General Objectives
Identify personal limitations in knowledge and pursue the information needed to understand problems and make decisions both in patient care and on the population level.
Search for and organize essential and accurate research evidence.
Appraise, incorporate principles of resource stewardship to, and apply acquired knowledge into medical decision-making.
Apply principles of evidence-based and evidence-informed medicine in medical decision-making.

PC Session: LGBTQ2S Health

Part 3, Professional Competencies 3, Week 7

The purpose of this session is to increase the capacity of medical students to respond compassionately, effectively and professionally to the health and well-being of LGBTQ2S patients.

General Objectives
Demonstrate skills for critical intersectional analysis.
Analyze and critically reflect on how the impact of physician power and privilege may contribute to disparities through biased care.
Analyze the influence of gender on health concerns and health care provision.
Recommend responses to key social and cultural factors that lead to poor health outcomes for individuals, families, and communities.
Plan socially-just courses of action in order to respond to the diverse factors that intersect and overlap to influence the health of the individuals, families and communities.

PC Session: Poverty and Health

Part 3, Professional Competencies 3, Week 8

This session is a continuation of our examination of Health Inequities which began with the Code Red presentation in August. It will provide a review of the Social Determinants of Health and consider health indicators, with a special focus on income and social status.

General Objectives
Describe the determinants of health and how the differential distribution of these determinants influences health status (health gradient) both within and between populations.
Describe approaches and challenges to working with different vulnerable populations to improve their health. (ex. people experiencing homelessness; people at extremes of the age continuum).
Identify the ways in which health systems (federal, provincial, municipal, private, non-governmental) can address structural barriers to reduce inequities in health status between population groups.
Demonstrate an awareness of key health challenges faced by immigrants and refugees.
Describe the professional responsibility of the physician as Health Advocate in advancing the health and well-being of individuals, communities and populations.
Understand how public policy can influence community-wide patterns of behaviour and affect the health of a population.

PC Session: Ethical Issues in Reproductive Health Care

Part 3, Professional Competencies 3, Week 9

Probably the most sensitive area of health care ethics, human reproduction raises a number of difficult issues. Central of course are challenges raised by the abortion debate. No topic has been more polarized, with so-called pro-choice and pro-life proponents at either end. Somewhere in the middle is a grey zone that merits exploration.

General Objectives
Describe how individuals develop capacity for moral thought and how personal values impact on moral reasoning.
Employ and critically evaluate ethical theories and principles when exploring learning scenarios and reasoning about ethical challenges in the clinical setting.
Judge when additional expertise is needed in the resolution of ethical choices and where to find appropriate resources (help, laws, policies, etc.) to obtain this help.
Analyze and critically reflect on how the impact of physician power and privilege may contribute to disparities through biased care.
Demonstrate sensitivity to the value system of patients (colleagues, other health care providers – ethical vs professionalism) and others.
Summarize the ethical, legal obligations and duty of care that physicians have for patients, colleagues and, communities, and the tensions that may arise from these responsibilities.

PC Session: Communication Skills 3

Part 3, Professional Competencies 3, Week 10

In this session and the second one later in MF3, students will explore the last three essential tasks/skills in reasonable depth and gradually refine them with increasing complexity as they move through the Program.

General Objectives
Illustrate how being a good communicator is a core clinical skill for physicians, and how effective physician-patient communication can foster patient satisfaction, physician satisfaction, adherence and improved clinical outcomes (CanMEDS 2015).
Demonstrate how to perform the basic communication and interpersonal skills that are required to accomplish each of the specific and discrete tasks defined in the Kalamazoo Consensus Statements. (1999, 2002).
Summarize the concepts, principles, and research evidence that support the importance and efficacy of developing communication and interpersonal skills in medicine.

PC Session: Culture and Health: Newcomers to Canada

Part 3, Professional Competencies 3, Week 11

This session explores various aspects of culture. We begin with a large group session that examines the ideas behind the notion of "cultural competence", using a social science perspective. The focus then turns to cross-cultural communication skills, and the development of a practical framework that can be used to enhance communication across cultural barriers. In the small group sessions, we will be welcoming visitors who are newcomers to Canada.

General Objectives
Employ value constructs foundational to the practice of medicine and the delivery of health care, including constructs related to vulnerable and marginalized populations and to the recognition of cultural diversity (using a broad definition and understanding of culture).
Demonstrate the specific skills for interacting with and responding to patients who present moderate communication challenges (anger; anxiety; values different from the students’ own).
Summarize different “ways of knowing” about the body and how these ways affect the clinical encounter.
Illustrate how diverse factors (sociocultural, psychological, economic, occupational, environmental, legal, political, spiritual, and technological) interact to influence the health of an individual and the population.
Analyze and critically reflect on how the impact of physician power and privilege may contribute to disparities through biased care.
Develop the attitude and skills for responding to patients with cultural humility.
Demonstrate sensitivity to the value system of patients (colleagues, other health care providers – ethical vs professionalism) and others.
Demonstrate the acquisition of communications skills (defined by the Kalamazoo Consensus Statements as a set of conscious and behavioural norms) required to build a therapeutic relationship, to conduct an interview with a patient, to communicate about a patient, and to communicate about medicine and science.
Demonstrate an awareness of key health challenges faced by immigrants and refugees.
Demonstrate awareness of how social contexts and epistemological perspective, such as privilege and power, contribute to uncertainty and ethical challenges in practice.
Recommend responses to key social and cultural factors that lead to poor health outcomes for individuals, families, and communities.
Identify the diverse factors (ie. sociocultural, psychological, institutional, economic, occupational, environmental, technological, legal, political and spiritual) that contribute to the systemic marginalization of vulnerable populations and impact health and health care delivery.
Plan socially-just courses of action in order to respond to the diverse factors that intersect and overlap to influence the health of the individuals, families and communities.

PC Session: Inter-professional Education and MF3 Assessment

Part 3, Professional Competencies 3, Week 12

This session will provide an opportunity for students to explore interprofessional education. Students and LFs should also spend some time providing each other with feedback and the group should consider how well it is functioning and whether improvements could be made.

General Objectives
Employ strategies for successful team functioning as they apply to various learning environments.
Demonstrate how to communicate orally, in written form, and via information databases when collaborating as a member of a multidisciplinary healthcare team on the health of a patient.
Integrate and apply performance and interpersonal feedback as part of training and practice.
Contrast a physician’s professional roles, responsibilities, and scope of practice with the respective professional roles, responsibilities, and scopes of practice of other health professionals.
Judge when and how to involve or consult other health professionals in patient care, as appropriate to a health professional’s roles, responsibilities, scope, and competence.
Demonstrate strategies for establishing common goals, continuity of care, and a climate for collaborative practice amongst all participating health professionals in the course of providing care to individuals and their caregivers.
Demonstrate strategies that facilitate appreciation of differences, shared decision-making, and conflict resolution amongst all participating health professionals in the course of providing care to individuals and their caregivers.
Exhibits a consistent commitment to valuing the expertise, perspectives, co-leadership, and dignity of other health professionals.
Demonstrate their capacity to function within inter-professional teams.

Large Group Session: Ask Me Anything: Concepts, Tools and Key Issues for Nutrition and Health

Part 3, Medical Foundation 3, Gastroenterology and Nutrition

The major topics will be: Nutrition for growth and development; Nutrition for prevention of diabetes and cardiovascular disease; Nutrition for prevention of cancer

Large Group Session: Gastrointestinal Radiology

Part 3, Medical Foundation 3, Gastroenterology and Nutrition

Radiology Procedures: Plain Films, Barium Studies, Angiography, US, CT, MRI, Nuclear medicine, Endoscopy, ERCP. Barium Studies: Barium Swallow, Upper GI Series, Small Bowel Follow-Through, Small Bowel Enema, Barium (Large bowel) enema.

Activity Objectives
Explain the basic principles of various imaging techniques (Plain Radiographs, barium studies, ultrasound, CT, MRI, Nuclear medicine).
Illustrate the normal GI tract using various imaging modalities.
Discuss the basic imaging abnormalities of common GI disorders.

Clinical Skills Practice Sessions: Abdominal Exam

Part 3, Medical Foundation 3, Gastroenterology and Nutrition

These practice sessions are intended to improve standardization of teaching across groups and to provide tutorial groups with opportunities to focus on areas of particular concern to the group.

Tutorial: All MF3 Gastroenterology and Nutrition tutorial problems

Part 3, Medical Foundation 3, Gastroenterology and Nutrition

General Objectives
The Gastroenterology concepts include the physiology and pathophysiology of digestion, absorption and metabolism of macronutrients and micronutrients, the structure and function of the hepatobiliary system, gastrointestinal tract integrity and gastrointestinal autoimmunity. Additionally, these concepts provide an introduction to understanding the common disorders of the gastrointestinal tract and the hepatobiliary system. During this Foundation you will develop an understanding of the important elements of the structure and functional relationships in the gastrointestinal tract. By the end of the Foundation, you should have an understanding of the significance of the cardinal manifestations of gastrointestinal disorders.
Explain the structure, function and physiology of the gastrointestinal tract.
To practice nutrition in medicine, it is essential to have a basic understanding of the biochemistry, physiology and pathophysiology of nutrients, the derivation and sources of recommended daily nutrient intakes (called Dietary Reference Intakes in Canada and the USA) and approaches to nutritional assessment. Many nutrients may have adverse effects if overconsumed – thus “more is not always better” - so there recommended upper intake levels of some nutrients have been set to prevent adverse health effects. The recommended ranges of intakes of essential nutrients are part of the Dietary Reference Intakes.
Describe normal gastrointestinal anatomy.
During the past decade, rapid expansion in a number of relevant scientific fields and, in particular, in the amount of population-based epidemiological evidence has helped to clarify the role of diet in preventing and controlling morbidity and premature mortality resulting from noncommunicable diseases (NCDs). Dietary practices likely play a major role in 7/10 top causes of disease and death including: heart disease, obesity, diabetes, osteoporosis and certain cancers. The mechanisms of the chronic disease process are clearer, and interventions have been demonstrated to reduce risk. In MF3, the overall objective is to learn normal nutrition and metabolism and to begin to understand the role of diet and specific nutrients and bioactive components of foods in disease prevention and treatment, and some of the major research that underlies dietary recommendations.

Tutorial: Hannah Rosen Part 1 MF3 Gastroenterology and Nutrition

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 1

Hannah, a 1-year-old girl, is brought to the clinic for a routine immunization by her mother. Mr. and Mrs. Rosen have a healthy 5-year-old boy at home. The pregnancy with Hannah was uneventful and a fetal ultrasound done at 16 weeks gestation was normal. The baby was born by spontaneous vaginal delivery, breathed immediately, and was placed on the breast for mom to nurse. Hannah's birth weight was 3.4 Kg. After seeming to feed normally for 24 hours, Hannah vomited bile and the abdomen was noted to be distended. An x-ray was interpreted as showing a distal small bowel obstruction. Further contrast x-rays of the colon showed a microcolon and inspissated meconium in the proximal colon, making a diagnosis of meconium ileus. Genetic testing confirmed cystic fibrosis. After a lengthy hospitalization to correct the bowel obstruction, Hannah was discharged home receiving exclusive breast milk. At 4 months of age, Hannah was switched to a cow's milk formula. Her mother noticed that she cried a lot. Hannah's mom attributed the symptoms to a milk allergy and progressed through a variety of cow's milk and soy formulae. At present Hannah is taking 1 litre of Rice milk and a small variety of foods daily. She has one small formed stool per day. She weighs 8.5 kg and is 74 cm tall.

General Objectives
Describe the enteral digestion, absorption and metabolism of macronutrients and micronutrients.
Explain the application of the Dietary Reference Intakes (DRIs) in clinical practice, become aware of age-specific nutrient recommendations including the tolerable upper limit (TUL), acceptable macronutrient distribution range (AMDR), and understand where these may be modified during growth, and special physiological states such as infancy, adolescence and high intensity exercise.
Describe an approach to determining nutritional status. This should include assessment of growth, body composition and biochemical measures of nutritional adequacy.
Use reference standards for growth to assess over and under nutrition based on percentile for weight, height and body mass index (BMI).
Global Objectives
Upon completion of this problem, students should have an understanding of fat, carbohydrate and protein requirements as well as the processes of digestion, absorption and metabolism of these macronutrients. The relationship between diet and growth and development in early childhood should be summarized.

Tutorial: Nick DeMarco MF3 Gastroenterology and Nutrition

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 1

Nick DeMarco is a 51 year old physical education teacher at a local elementary school. He has noticed increasing fatigue with exertion and complains about feeling exhausted at the end of the school day. He explains that he has been experiencing epigastric discomfort after eating and he has tried taking Advil for pain relief. He states the pain and regurgitation wakes him up at night. He reports that he is usually able to get back to sleep after taking antacids and a glass of milk.

General Objectives
Explain how the gastrointestinal mucosa functions as a barrier to the outside world of healthy microbes and pathogens.
Describe the role of the microbiome in normal digestive physiology and pathology.
Describe factors that play a significant role in maintaining gastrointestinal mucosa integrity.
Explain how disruption in any of these factors are significant in the development of many diseases including peptic ulcer disease, celiac disease, infectious and inflammatory bowel diseases in addition to potential roles in diabetes or other autoimmune diseases.
Global Objectives
Upon completion of this problem, students will demonstrate an understanding of the physiology and pathophysiology of gastric acid secretion. The factors that support and disrupt gastroduodenal mucosal integrity should be identified and explained.

Tutorial: Jane Deglutinato MF3 Gastroenterology and Nutrition

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 1

Jane Deglutinato is a 50-year-old female with a 4-month history of progressive dysphagia, symptomatic heartburn and regurgitation that has not responded to the use of regular non-prescription oral antacid medications. She has also noticed some general joint discomfort and painful swelling of her fingers with occasional pain and discoloration of the fingertips. She also reports having lost approximately 9 lbs of weight over that period of time related to a reduction in her appetite. Her bowel movements continue to be formed with no evidence of blood or fatty stool. On examination, her vitals are within normal limits and she is afebrile. Her weight is 55 kg. You notice that she has some tightening of the skin around her mouth as well as her fingers and toes, with pitting and some ulceration of the fingertips on both hands and toes of both feet. You also note several telangiectasias over her chest and upper torso. Cardiac and respiratory as well as abdominal examinations are unremarkable.

General Objectives
Describe the enteral digestion, absorption and metabolism of macronutrients and micronutrients.
Describe the steps of digestion and absorption and roles of the key organs of the alimentary tract in these processes.
Describe normal gastrointestinal histology.
Basic understanding of the mouth. Describe and understand anatomy of the pharynx, its divisions (nasopharynx, oropharynx, laryngopharynx) and swallowing.
Describe and understand the esophagus, its sphincters (upper and lower esophageal sphincters), innervations, blood supply with a focus on porto systemic anastomosis and esophageal varices.
Describe and identify the stomach, its curvature, muscles, parts (fundus, body, pyloric antrum), pyloric sphincter, blood supply, lymph drainage and nerve supply of the stomach.
Global Objectives
Upon completion of this problem, students should be able to describe the mechanism of swallowing and function of the stomach in digestion.

Anatomy Lectures: Gastrointestinal System Anatomy

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 1

Abdominal wall, peritoneum, esophagus and stomach.

General Objectives
Understand surface anatomy of the abdomen and important landmarks.
Explain the structure, function and physiology of the gastrointestinal tract.
Describe and identify peritoneum (parietal and visceral layer), its reflection, omentum, ligaments and mesentery, greater and lesser sacs, intra peritoneal and retro peritoneal viscera , nerve supply of the parietal and visceral layers.
Describe normal gastrointestinal anatomy.
Understand parietal VS visceral pain.
Basic understanding of the mouth. Describe and understand anatomy of the pharynx, its divisions (nasopharynx, oropharynx, laryngopharynx) and swallowing.
Describe and understand the esophagus, its sphincters (upper and lower esophageal sphincters), innervations, blood supply with a focus on porto systemic anastomosis and esophageal varices.
Describe and identify the stomach, its curvature, muscles, parts (fundus, body, pyloric antrum), pyloric sphincter, blood supply, lymph drainage and nerve supply of the stomach.

Clinical Skills Sessions: Abdominal Exam Practice Case - Abdominal pain

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 1

Discuss and practice the Abdominal history and physical exam, with a focus on acute gastrointestinal symptoms. Examples: Acute cholycystitis; Acute appendicitis; Traumatic acute abdomen. Observation of student taking a history from a patient with abdominal pain. Demonstration by preceptor of examination of a patient with abdominal pain. Observation of students examining a patient with abdominal pain. Discussion regarding abdominal pain.

General Objectives
Inspection (abdominal): signs of distress, contour, symmetry, masses, umbilicus, skin/scars/ostomy appliances, dilated veins, movement, pulsation
Auscultation (abdominal): (following inspection) bowel sounds, recognize bowel sounds vs. bruits, surface markings for aortic, renal, iliac artery bruits.
Percussion (abdominal): tympany, dullness, shifting dullness, organ size, fluid (fluid wave, shifting dullness)
Palpation (abdominal): light and deep palpation, identify guarding and rebound.

Active Large Group Session: Hepatobiliary system

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 2

Understand the two major physiological functions of the hepatobiliary system. Secretory and excretory functions of the liver. Control of energy metabolic function of liver. Examine measures of hepatobiliary function and dysfunction. Review examples of hepatobiliary disease.

Activity Objectives
Describe the secretory and excretory functions of the hepatobiliary system.
Describe the role of the liver in the control of energy storage and metabolism.
Describe measures of liver synthetic function.
Discuss examples of hepatobiliary disease.

Active Large Group Session: Autoimmunity

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 2

Activity Objectives
Discuss the concept of autoimmunity, the role of the thymus in its development and its role in various disease states.
List the cells that mediate autoimmune conditions.
Describe the roles of the innate and adaptive immune systems as well as the mucosal immune system in the pathogenesis of Celiac disease.
Explain the roles of B- and T-cells in the development of Hashimoto’s thyroiditis and the different theories regarding mechanisms of thyroid injury in this context.
List the autoantigens associated with T1DM.
Outline the contribution of the cellular immune system in the pathogenesis of T1DM.
List autoimmune diseases commonly associated with T1DM.

Tutorial: Mike Bayuk MF3 Gastroenterology and Nutrition

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 2

Mike Bayuk, a 55 year old businessman, presents to the ER in Hagersville with severe abdominal pain. He indicates that the pain is located in the epigastric area and radiates into his back. He finds the pain is relieved when he sits up with his trunk flexed and his knees bent. He rates the pain as "11 out of 10".

General Objectives
Identify the pancreas its divisions, ducts (major and minor duct), blood, nerve supply and lymph drainage.
Global Objectives
Upon completion of this problem, students should be able to describe the approach to a patient presenting with acute abdominal pain, describe the basic anatomy and physiology of the pancreas and examine the pathophysiology of acute and chronic pancreatitis.

Clinical Skills Sessions: Abdominal Exam Practice Case - Weight loss or diarrhea.

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 2

Practice the Abdominal history and physical exam, with a focus on chronic gastrointestinal symptoms . This case should be used to practice and to consolidate Abdominal history & physical exam as it pertains to Weight Loss/Diarrhea

Tutorial: James Cork MF3 Gastroenterology and Nutrition

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 2

Dr. James Cork, a 26 year old dentist, has been unwell for over 1 year. During this time he reports he has had diarrhea characterized by four to six loose, bulky stools per day without blood, mucus, or pus. He has been up at least once each night to move his bowels. James has lost 7 kg despite a very good appetite. He has not travelled outside of southern Ontario or been camping. His partner of 7 years, Richard, is in good health and has not suffered any of these symptoms, nor has James been in contact with anyone else with similar symptoms. His family physician found that his hemoglobin is low.

General Objectives
Describe the enteral digestion, absorption and metabolism of macronutrients and micronutrients.
Describe the steps of digestion and absorption and roles of the key organs of the alimentary tract in these processes.
Describe normal gastrointestinal histology.
Describe and understand the small bowel, its length and divisions: duodenum, parts (first, second, third and fourth), duodenal cap or bulb, openings into the duodenum, duodenojejunal junction, ligament of Treitz, blood and nerve supply and its lymph drainage.
Global Objectives
Upon completion of this problem, students will be able to describe the physiology of the small intestine and discuss the pathophysiology of malabsorption.

Tutorial: Ted Mitchell MF3 Gastroenterology and Nutrition

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 2

Ted Mitchell is a 38 year old male who is homeless. He has been on and off the streets for the last 15 years. As a teenager, he started hanging out with "the wrong crowd" and his father, Dr. Ted Mitchell Sr. told him he could not return home till "you have cleaned up your act". Ted continues to abuse drugs, and any money he can get, has gone toward purchasing alcohol, his drug of choice.

General Objectives
Describe the structure and function of the hepatobiliary system.
Describe an approach to assessment, investigation and management of patients with disorders of the hepatobiliary system.
Understand the portal system, sites of porto systemic anastomosis, portal hypertension (pre, intra and post hepatic).
Describe normal gastrointestinal histology.
Identify the liver, its lobes, ligaments. Its blood, nerve supply and lymph drainage.
Global Objectives
Upon completion of this case, students will be able to describe the normal structure and function of the liver, as well as changes to structure and function present in pathological states.

Anatomy Lectures: Gastrointestinal System Anatomy Part 2

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 3

Liver, gall bladder, biliary tree, pancreas and small intestine.

General Objectives
Understand the portal system, sites of porto systemic anastomosis, portal hypertension (pre, intra and post hepatic).
Describe and understand the small bowel, its length and divisions: duodenum, parts (first, second, third and fourth), duodenal cap or bulb, openings into the duodenum, duodenojejunal junction, ligament of Treitz, blood and nerve supply and its lymph drainage.
Describe and understand the jejunum and ileum, their features, ileocecal junction and valve, blood and nerve supply and its lymph drainage.
Identify and understand right colic (hepatic) flexure , left colic (splenic) flexure , paracolic gutters, subphrenic spaces, and peritoneal pouches in the pelvis.
Identify the pancreas its divisions, ducts (major and minor duct), blood, nerve supply and lymph drainage.
Identify the liver, its lobes, ligaments. Its blood, nerve supply and lymph drainage.
Identify the gall bladder, its division and function, blood, nerve supply and lymph drainage .
Identify and understand the biliary tree (right and left hepatic duct, common hepatic duct, cystic duct, common bile duct), major and minor duodenal papilla, ampulla of Vater and sphincter of Oddi.

Tutorial: John Franks MF3 Gastroenterology and Nutrition

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 3

John Franks is a 66-year-old male with a complicated course of Crohn’s disease over 30 years, requiring multiple surgical resections of his small bowel due to inflammation and obstruction. He has been treated with several immunosuppressive and biological treatments for his IBD, but has had a loss of response to these medications despite some temporary improvement in his disease activity. Despite currently being on ustekinumab (Stelara), John has had evidence of active disease and is currently on a tapering course of prednisone for a recent flare of his IBD. He was recently admitted to hospital with another partial small bowel obstruction and he is worried that he may need further surgery. "They’ve removed so much of my small intestine already that I am worried that I’m going to get short bowel syndrome." You discuss optimizing his dosages of his treatments in an attempt to induce remission of his disease, and to avoid the need for further surgery. He asks: "If I do have short bowel syndrome, what kind of special diet will I need to go on to maximize my nutrition?"

General Objectives
Describe the role of foods and nutrients in the prevention and management of chronic disease, with a focus on type 2 diabetes, atherosclerotic cardiovascular disease, and some cancers.
Describe the role of diet in the pathophysiology of disease and the therapeutic benefits of specific nutrients and dietary practices.
Global Objectives
Upon completion of this problem, students should be able to describe the pathophysiology and consequences of chronic inflammation in the bowel, including the pathogenesis of short bowel syndrome in patients with Crohn’s disease.

Tutorial: Philip Cheung MF3 Gastroenterology and Nutrition

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 3

Mr. Cheung presents to the emergency department with a 2 day history of worsening pain in the right upper quadrant of his abdomen. He had been in the ER last year with pain in his right flank, but while that pain was colicky in nature, he currently describes a more constant pain. The right flank pain a year ago was accompanied by hematuria and he ended up passing a kidney stone. Currently, he has felt nauseated but has not vomited and he has been anorexic for over 24 hours. He finally came to ER after developing some fevers and chills.

General Objectives
Describe the structure and function of the hepatobiliary system.
Describe an approach to assessment, investigation and management of patients with disorders of the hepatobiliary system.
Identify the gall bladder, its division and function, blood, nerve supply and lymph drainage .
Identify and understand the biliary tree (right and left hepatic duct, common hepatic duct, cystic duct, common bile duct), major and minor duodenal papilla, ampulla of Vater and sphincter of Oddi.
Global Objectives
Upon completion of this problem, students will be able to describe the anatomy and physiology of the biliary system and outline the pathophysiology of stone formation in various organs.

Clinical Skills Sessions: Abdominal Exam Practice Case - Jaundice/liver disease.

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 3

Practice the Abdominal history and physical exam, with a focus on jaundice and liver disease . Sam has been feeling unwell for about 4 months. They are complaining of a yellowing of their skin and swelling of their feet which has been getting progressively worse over the last 4 months. Pro Comp connection – Patients with Skin of Colour.

General Objectives
Percussion (abdominal): tympany, dullness, shifting dullness, organ size, fluid (fluid wave, shifting dullness)
Palpation (abdominal): light and deep palpation, identify guarding and rebound.
Examination for jaundice.

Clinical Skills Sessions: Diabetes Exam: Practice Case – A Patient with Diabetes

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 4

Discuss and to practice the components of the Diabetes history and physical exam, with a focus on acute presentations.

Tutorial: Amanda Porter MF3 Endocrinology

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 4

Amanda, a 12 year old girl, has been accompanied by her mother to see her family doctor for a routine check-up. Her mother is a single mom who works shift work as an R.N. at the local E.R. department. She and Amanda currently reside in a suburban neighbourhood of Hamilton. Amanda attends a public school in her neighbourhood and complains of being constantly teased by her classmates for being "bigger". According to her mom, Amanda participates in gym class, but does not get much more physical activity than that. Amanda spends a lot of time alone while her mother works shifts. She admits to watching approximately 3 hours of television per day on weekdays and 5 hours on the weekends. She is also on the internet, chatting on MSN, for 1-2 hours per day. Her mother is also obese and is not worried about her daughter's current weight or the sedentary lifestyle and is rather pleased that Amanda is a "good girl". Amanda does not express interest in participating in local clubs or extracurricular activities and indicates that she is simply not an "athletic type" of individual.

General Objectives
Use reference standards for growth to assess over and under nutrition based on percentile for weight, height and body mass index (BMI).
Global Objectives
Upon completion of this problem, students will identify genetic and environmental risk factors for childhood obesity and discuss prevention and treatment strategies at the individual and population level.

Tutorial: Lauren Bick MF3 Endocrinology

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 4

Lauren Bick is a 13-year-old girl who presents to her family physician's office with a 6-month history of weight loss. Her mother is concerned because she has noticed that Lauren has lost at least 10 pounds since her last doctor's visit which she had just before she started at her new school. Although Lauren has always been a "petite" girl, she is now the shortest in her class. The doctor asks Lauren's mom to give her a few minutes alone with Lauren. Once Lauren's mom has left the room, the doctor reviews the limits of confidentiality with Lauren and asks her about her weight loss. Lauren explains that she has met a new group of friends who do not believe that it is healthy to eat animals so she has joined them in following a vegan diet. She also reports that she's recently joined the long distance running club at her school. Lauren indicates that despite her mother's wishes, Lauren's goal is to get her weight down to 25 kg in the next few months. Lauren requests that you don't tell her mother this as it will likely cause them to argue. Lauren's menarche was at age 11 and she had been having regular menstrual periods but in the last 4 months, she has not had a period. Lauren indicates that she has not been sexually active. On questioning, she reports some constipation and says that she often feels cold.

General Objectives
Describe the nutrient-based dietary standard for Canada and the USA known as the Dietary Reference Intakes (DRIs).
Explain the application of the Dietary Reference Intakes (DRIs) in clinical practice, become aware of age-specific nutrient recommendations including the tolerable upper limit (TUL), acceptable macronutrient distribution range (AMDR), and understand where these may be modified during growth, and special physiological states such as infancy, adolescence and high intensity exercise.
Describe the interplay between nutrition and endocrine disease.
Global Objectives
Upon completion of this problem, students are expected to describe the key developmental milestones of the peri-pubertal stage and the nutritional requirements of the adolescent and the impact of extreme lifestyle behaviours on growth and nutritional health of adolescents. Students will describe common presentations of eating disorders.

Tutorial: Vivian Patel MF3 Gastroenterology and Nutrition

Part 3, Medical Foundation 3, Gastroenterology and Nutrition, Week 4

Vivian Patel is a 35-year-old computer programmer who presents to the ER with a 10- hour history of profuse vomiting, watery non-bloody diarrhea and abdominal cramps. She first tried to fight this illness on her own by drinking water, however her symptoms were persistent and her husband brought her to the emergency room. She was first seen by the triage nurse, who noted that she was febrile with a temperature of 38.6 C. Given her presentation, the nurse decided that she should be isolated with "enteric precautions” and she was subsequently seen by the ER physician. Vivian is an otherwise healthy woman with no known medical problems and only takes a multivitamin daily. The day prior to her presentation with these symptoms, she had attended her 5-year-old niece's birthday party. She cannot recall any sick contacts, although is unsure if anyone else from the party has developed similar symptoms. Additionally, she had recently returned from a trip to India 5 days ago. She went on a business trip for a week and stayed to travel the country for another 3 thereafter. She did not receive any pre-travel advice or prophylaxis.

General Objectives
Explain how the gastrointestinal mucosa functions as a barrier to the outside world of healthy microbes and pathogens.
Describe the role of the microbiome in normal digestive physiology and pathology.
Describe factors that play a significant role in maintaining gastrointestinal mucosa integrity.
Describe normal gastrointestinal histology.
Explain how disruption in any of these factors are significant in the development of many diseases including peptic ulcer disease, celiac disease, infectious and inflammatory bowel diseases in addition to potential roles in diabetes or other autoimmune diseases.
Identify and describe the large bowel , its length and divisions: cecum, appendix, ascending and descending colon, transverse and sigmoid colon, rectum and anal canal. Understand gross differences between large and small bowel. Blood, nerve supply and lymph drainage of the large bowel with a focus on porto systemic anastomosis at the anal canal.
Global Objectives
Upon completion of this problem, students should be able to outline the anatomic structure and function of the colon (large intestine). Students will also be able to discuss the pathogenesis of gastroenteritis and the public health approaches to its control.

Anatomy Demonstrations: GI and Endocrine Ultrasound Imaging

Part 3, Medical Foundation 3, Endocrinology

Active Large Group Session: GI and Thyroid Ultrasound

Part 3, Medical Foundation 3, Endocrinology

Activity Objectives
Describe the anatomy of the liver and hepatoportal system.
Describe the anatomy of the biliary system.
Describe the structure of the pancreas
Describe the anatomy of the thyroid gland.

Anatomy Lectures: Gastrointestinal System Anatomy Part 3

Part 3, Medical Foundation 3, Endocrinology

Large bowel, blood supply and lymph drainage of the GI system.

General Objectives
Identify and describe the large bowel , its length and divisions: cecum, appendix, ascending and descending colon, transverse and sigmoid colon, rectum and anal canal. Understand gross differences between large and small bowel. Blood, nerve supply and lymph drainage of the large bowel with a focus on porto systemic anastomosis at the anal canal.
Understand internal and external anal sphincters with puborectalis sling and mechanism of defecation.

Active Large Group Session: Growth: Hormonal Considerations

Part 3, Medical Foundation 3, Endocrinology

Activity Objectives
Describe the different factors that affect prenatal and postnatal growth in children.
Discuss how endocrine disorders lead to abnormal growth in children.
Outline an approach to short stature in children including history, physical examination and basic investigations.
Provide a differential diagnosis of short stature.

Anatomy Lectures: Endocrine System Anatomy

Part 3, Medical Foundation 3, Endocrinology

Endocrine system anatomy

General Objectives
Describe the anatomy, histology and basic embryology of the thyroid gland.
Outline the structure and function of the adrenal gland.
Understand surface anatomy of the thyroid gland, its lobes and isthmus, location, blood supply (superior, inferior and thyroidi ima arteries) (superior, middle and inferior thyroid veins) and its relation to recurrent laryngeal and superior laryngeal nerves.
Identify the parathyroid gland, its number, location, relation to the thyroid gland and its blood supply.
Identify and understand the adrenals, its location, divisions (cortex and medulla), blood supply and innervations.
Identify the pituitary, its divisions, location (sella turcica), and relation to cranial nerves (optic, oculomotor, trochlear, trigeminal and abducent nerves).

Anatomy Demonstrations: Endocrine System Anatomy

Part 3, Medical Foundation 3, Endocrinology

Tutorial: All MF3 Endocrinology tutorial problems

Part 3, Medical Foundation 3, Endocrinology

General Objectives
Homeostasis is the steady-state internal metabolic equilibrium the body requires to function optimally. Hormones are the chemical messengers through which body systems are controlled and integrated. Endocrinology encompasses all the hormonal regulatory mechanisms that are used to achieve and maintain homeostasis. Several different endocrine glands will be studied in turn with respect to their control mechanisms, secretory hormonal products and the effects of the hormones produced. It is important to realize, however, that the function of any one gland is affected by the others. By the end of this subunit, you will gain an understanding of the role of hormones and hormone systems in maintaining homeostasis as well as the pathology that can result from hormonal dysfunction or disease.
Describe hormones, their structure, and their role in homeostasis.
Explain the relationship between hormones and their receptors.
Describe the physiology, pathophysiology, clinical presentation, investigation and treatment of conditions related to the following endocrine glands or conditions: Diabetes mellitus; Pituitary; Thyroid; Adrenal; Parathyroid.
Explain the analysis of laboratory data in the context of various endocrine disease.

Clinical Skills Practice Sessions: Endocrine, Rectal Inguinal Exam

Part 3, Medical Foundation 3, Endocrinology

These practice sessions are intended to improve standardization of teaching across groups and to provide tutorial groups with opportunities to focus on areas of particular concern to the group.

Clinical Skills Sessions: Diabetes Exam: Practice Case – A Patient with Diabetes

Part 3, Medical Foundation 3, Endocrinology, Week 1

To practice the components of the Diabetes history and physical exam, with a focus on chronic presentations. Pro Comp connection – Indigenous Health and Diabetes Mellitus – Strengths-Based Approaches: Diabetes Canada, in its 2018 guidelines highlight social determinants of health play an important role in risk of diabetes and complications. It is important to understand more holistically the structural determinants of health, particularly colonialism, and its cascading effects on the social determinants of health including access to nutrition, employment, education and experiences in healthcare, and how these structural and social determinants impact the risk of diabetes in Indigenous population.

Tutorial: Susanna Green Part 1 MF3 Endocrinology

Part 3, Medical Foundation 3, Endocrinology, Week 1

Susanna Green is a 59-year-old member of the Six Nations of the Grand River. She has a strong family history of type 2 diabetes mellitus. Until two years ago, Susanna had been closely followed since she was diagnosed with diabetes mellitus 28 years ago. Unfortunately, Susanna has not been seen for two years while she was living in the United States. She has self-reported "good" control of her sugars, though she admits that she uses her glucometer only infrequently. Several years ago, she had laser therapy for diabetic retinopathy, but her vision is now stable. She has mild orthostatic hypotension and numbness of her toes. She also has a history of coronary artery bypass grafting following a myocardial infarction six years ago. She has no symptoms to suggest cardiac ischemia, and her exercise tolerance is not restricted. Her medications include metformin, sitagliptin and gliclazide for blood sugar control. Her hypertension, diagnosed about 5 years ago, is currently treated with amlodipine and ramipril. She is taking rosuvastatin to control her cholesterol. Examination reveals a well-looking woman with blood pressure of 155/93 mmHg, BMI of 32.5, increased waist to hip circumference ratio, normal chest and cardiac examination, trace edema to her ankles, normal cardiorespiratory examination. No acute changes are present on fundoscopy, though there the telltale findings of a history of laser photocoagulation are present.

General Objectives
Describe the prevalence of chronic disease in Canada and factors which contribute to it.
Describe the role of insulin in energy metabolism.
Describe diagnosis and treatment considerations for common chronic diseases.
Explain the classification, epidemiology, diagnosis and pathophysiology of diabetes mellitus.
Recognize how an interdisciplinary team can help manage a patient with complex chronic disease.
Identify a patient centered approach to care for individuals with chronic illnesses.
Describe the microvascular and macrovascular complications of diabetes mellitus.
List and describe treatment options for diabetes mellitus.
Describe the interplay between nutrition and endocrine disease.
Global Objectives
Upon completion of this problem, students should be able to describe the pathogenesis of insulin resistance and type 2 diabetes mellitus as well as discuss its epidemiology and management strategies.

Tutorial: Stephen Golding MF3 Endocrinology

Part 3, Medical Foundation 3, Endocrinology, Week 1

Stephen Golding, a 22 year old man presents to the emergency department with nausea, vomiting, abdominal pain and a 3-day history of polyuria, polydipsia, and weight loss. He states that he has "junvenille insulin-dependent" diabetes but stopped taking his insulin 5-days ago.

General Objectives
Describe the structure and function of the endocrine pancreas, the role of glucose as a fuel, and the physiology of plasma glucose regulation, insulin synthesis and release.
Describe the role of insulin in energy metabolism.
Explain the classification, epidemiology, diagnosis and pathophysiology of diabetes mellitus.
Explain the pathogenesis of diabetic ketoacidosis (DKA) and its management.
List and describe treatment options for diabetes mellitus.
Describe the interplay between nutrition and endocrine disease.
Global Objectives
Upon completion of this problem, students will be able to describe the role of insulin in lipid, carbohydrate and protein metabolism in normal homeostasis and and appreciate the consequences of the pathophysiological condition of absolute insulin deficiency.

Active Large Group Session: Overview of Endocrinology

Part 3, Medical Foundation 3, Endocrinology, Week 1

Activity Objectives
Discuss the purpose of the endocrine system and how it relates to the concept of homeostasis.
Identify what constitutes a hormone and the different types of hormonal signaling (endocrine, paracrine, autocrine).
Provide an overview of the major endocrine glands and hormone products including the role of each hormone in homeostasis and metabolism.
Explain the mode of action of peptide hormones and compare this type of hormone action to that of thyroid hormone and sex steroid hormones.
General Objectives
Describe hormones, their structure, and their role in homeostasis.
Explain the relationship between hormones and their receptors.
Describe the physiology, pathophysiology, clinical presentation, investigation and treatment of conditions related to the following endocrine glands or conditions: Diabetes mellitus; Pituitary; Thyroid; Adrenal; Parathyroid.

Active Large Group Session: Running a Practice and the Costs Associated

Part 3, Medical Foundation 3, Endocrinology, Week 2

Remuneration models. OHIP vs private billing. Costs associated with working in a hospital vs a clinic. Benefits of Medical Professional Corporation.

Activity Objectives
Identify different physician remuneration models and analyze the benefits/drawbacks of each.
Compare OHIP based physician remuneration with private billing.
Identify the costs associated with working in a hospital as opposed to working in a clinic.
Summarize the potential benefits of a Medical Professional Corporation and its impact on Personal Financial Planning.

Clinical Skills Sessions: Thyroid Exam Practice Case - Thyroid disease

Part 3, Medical Foundation 3, Endocrinology, Week 2

Goiter (hypothyroidism and hyperthyroidism). Observations of a student(s) examining a patient with hyper or hypothyroidism. Discussions of examination of the thyroid by the preceptor. Example: the gland itself, lid lag, tremor. Observation of a student(s) examining a patient with thyroid disorder.

General Objectives
Thyroid examination: inspection of the neck for masses (thyroid enlargement), palpation of the neck, auscultation for bruits.

Tutorial: Adam Pajek MF3 Endocrinology

Part 3, Medical Foundation 3, Endocrinology, Week 2

A 40-year old man, Adam Pajek, was seen in a walk-in clinic complaining of palpitations, heat intolerance (felt hot when others were comfortable or cold), sweating, anxiety, weight loss, fatigue, and sleeplessness for two months. He reports that his sister has a hypothyroid problem for which she takes Eltroxin pills.

General Objectives
Recognize the pituitary as the central control gland of the body.
Outline the synthesis and secretion of thyroid hormones, the types of thyroid hormone and the feedback loops governing interactions between the pituitary gland and the thyroid gland.
Explain the physiological function of thyroid hormone, including its effects on basal metabolic rate.
Explain the laboratory abnormalities and clinical manifestations seen in thyroid dysfunction.
Describe the treatment of thyroid disease.
Global Objectives
Upon completion of this problem, students will describe the role of thyroid hormones in energy metabolism.

Tutorial: Calvin Shin MF3 Endocrinology

Part 3, Medical Foundation 3, Endocrinology, Week 2

Dr. Jones has been following Calvin Shin for several years for obstructive sleep apnea. He had been doing well with reduced symptoms of daytime sleepiness since he had been using his CPAP machine. Dr. Jones was reviewing John's chart in his clinic. He missed his appointment several months ago but booked an urgent appointment through his family doctor. Calvin explains that he thinks his tongue, nose and lips have been getting thicker. He also states that he seems to be sweating and his skin feels thicker and oilier than it used to.

General Objectives
Recognize the pituitary as the central control gland of the body.
List the hormones produced by the pituitary and explain their effects on body function.
Describe the most common pathologies associated with pituitary hormone systems including acromegaly and hyperprolactinemia.
Global Objectives
Upon completion of this problem, students will be able to describe normal pituitary structure and function and compare with the pathologic state of growth hormone excess.

Tutorial: Pia Meta MF3 Endocrinology

Part 3, Medical Foundation 3, Endocrinology, Week 2

Pia Meta is a 21-year-old female university student with paroxysmal attacks of palpitations, dizziness, blurring of vision and headache over the past 6 months. Each attack persists for a few minutes to half an hour. They occur irregularly with essentially no warning. She reports that during one of her attacks, she went to the emergency department and was found to have a blood pressure of 210/140 mmHg. She was told that she was having a panic attack. She was previously well and has no significant family history. Pia occasionally consumes alcohol on weekends only. She denies the use of any medications or recreational drugs, particularly methamphetamines or other sympathomimetics. She has one cup of coffee per day unless she is studying for exams, in which case she drinks 2-3 cups per day at most. She lives with roommates with whom she attends McMaster University. She has been performing well at school and has an active social life. On examination in the clinic, she has no abnormal physical findings.

General Objectives
Outline the structure and function of the adrenal gland.
Describe the control of each of the hormones produced by the adrenal gland.
Summarize the clinical manifestations of excess or inadequate production of adrenal hormones, especially with respect to glucocorticoids and catecholamines.
Global Objectives
Upon completion of this problem, students will be able to describe the anatomy and physiology of the adrenal gland. Students will be able to summarize the physiological role of catecholamines and the consequences of catecholamine excess.

Tutorial: Emily Bradstone MF3 Endocrinology

Part 3, Medical Foundation 3, Endocrinology, Week 2

A 55 year old female, Emily Bradstone, is seen by a hematologist for easy bruising. No hematological problem was found. An internist also saw the patient. There has been a one-year history of easy bruising, weight gain, worsening of diabetes, difficulty climbing stairs and edema of the ankles

General Objectives
Outline the structure and function of the adrenal gland.
Recognize the pituitary as the central control gland of the body.
Examine the anatomic and functional relationship between the pituitary and hypothalamus.
Describe the control of each of the hormones produced by the adrenal gland.
Identify the diurnal pattern of adrenal cortex secretion, as well as the effect of stress on adrenal function.
Describe Cushing Syndrome, its causes and its manifestations.
Global Objectives
Upon completion of this problem, students will be able to describe the regulation and function of the hypothalamic-pituitary-adrenal axis.

Tutorial: Julian Knight MF3 Endocrinology

Part 3, Medical Foundation 3, Endocrinology, Week 3

Mr. Knight is a 65-year-old obese male of African descent who works as a miner in Yellowknife, NWT. He smokes one pack of cigarettes per day. Outside of work he is generally sedentary and tends not to leave his home unless it is really necessary. He has a past medical history of type 2 diabetes mellitus, chronic kidney disease and COPD. His medications include metformin, sitagliptin and the inhalers ipratropium and fluticasone. He recently completed a course of prednisone for a COPD exacerbation, which he has a few times per year. He presented to the local Emergency Department after a fall at work. He tripped over a drill bit and fell on his outstretched hand. He felt a snap, followed by severe pain in the left wrist with noticeable swelling and bruising.

General Objectives
Describe the anatomy and physiology of the parathyroid glands.
Identify the role of vitamin D in calcium homeostasis.
Explain the interplay among the major systems involved in maintaining calcium homeostasis including the parathyroid glands, the kidneys, the digestive system and the bony skeleton.
Define osteoporosis and list secondary causes for this condition.
Describe the histology of bone and the hormonal regulation of its cellular components.
Global Objectives
Upon completion of this problem, students will outline the key hormones and organs or tissues involved in calcium homeostasis, as well as the causes and consequences of hypercalcemia. Students will also be able to describe the histological structure of bone, the physiology of bone formation and remodeling and the pathophysiology of osteoporosis.

Tutorial: Michel Dupois MF3 Endocrinology

Part 3, Medical Foundation 3, Endocrinology, Week 3

Mr. Dupois is a 35-year-old French-Canadian man born in rural Quebec who moved to Hamilton with his wife a few years ago. His family physician noted a persistent rash around his eyes that he identified as xanthelasma. This prompted some blood tests and a referral to the Lipid Clinic. He is rather reluctant to see you at the Lipid Clinic because he is completely asymptomatic. He denies any significant medical history and is taking no medications. He is a lifelong non-smoker who faithfully walks to work for 1 km with no problems. A family history indicates that Mr. Dupois’ father died suddenly at the age of 46 with no clear explanation. He has multiple family members on his father’s side had a history of heart attacks, some at an unusually young age. His mother is healthy. On physical exam he has soft, velvety, yellowish, non-tender plaques in the palpebral area. Thickening of the Achilles tendons bilaterally were also noted. His blood pressure was 145/90 and waist circumference 98 cm.

General Objectives
Describe the interplay between nutrition and endocrine disease.
Global Objectives
Upon completion of this problem, students will explain how a genetic defect can disturb normal lipoprotein metabolism and increase risk of cardiovascular disease.

Tutorial: Riley Walker MF3 Endocrinology

Part 3, Medical Foundation 3, Endocrinology, Week 3

A healthy 3.6-kg baby boy, Riley, is born to a 25-year-old nulliparous mother in a community hospital. The family doctor notes that the boy's genital development is somewhat atypical. Her examination reveals that the infant has hypospadias, chordee and undescended testes. A plan is put in place for the infant to be seen by a pediatric urologist in 6 weeks with a view to eventual surgical correction. At one week of age, the infant is brought to the family physician's office for routine follow up. Riley's mother comments that he seems to be breastfeeding poorly. She describes him as increasingly uninterested in feeding and is concerned that he seems to be "spitting up" a lot. The infant now weighs 3.1 kg. A recommendation is made to begin some formula supplementation to help support weight gain. At 10 days of age, Riley's mother finds him in his crib, non-rousable, cool, mottled and covered in vomit. Riley is rushed to the emergency department via ambulance. In the emergency room, resuscitative measures are initiated. The airway is suctioned. He is intubated and hand-bagged to achieve ventilation. A 20 mL/kg bolus of normal saline is administered.

General Objectives
Describe the embryology and physiology of sexual differentiation and explain the possible mechanisms involved in the presentation of ambiguous genitalia.
Explain the effect of 21-hydroxylase deficiency on adrenal pathways and apply it to an infant presenting with Congenital Adrenal Hyperplasia.
Global Objectives
Upon completion of this problem, students should be able to describe the production of steroid hormones and to interpret the implications of steroidogenic enzyme deficiencies on embryologic development and postnatal health. Students will also have reviewed the inheritance of Congenital Adrenal Hyperplasia, discussed related genetic counselling, and considered a patient-centered approach to caring for intersex patients.

Clinical Skills Sessions: Adrenal Exam Practice Case - Adrenocortical disorders

Part 3, Medical Foundation 3, Endocrinology, Week 3

Examples: Cushing’s syndrome, Addison’s disease. Observations of a student(s) taking a history from a patient with adrenocortical disorder. Demonstration by preceptor of examination of a patient with adrenal disorder. Example: blood pressure, skin assessment, pigmentation, weight loss/gain, face and neck assessment. Observation of a student(s) examining a patient with adrenal disorder.

General Objectives
Examination of a patient with cortisol excess.
Altered skin texture.
Abnormal hair growth.

Tutorial: Awat Khali MF3 Endocrinology

Part 3, Medical Foundation 3, Endocrinology, Week 3

Awat Khali, a 3.2 kg female infant, is born to a 28 year old mother at 41 weeks gestation. The family is Muslim and has recently immigrated from the Kurdish region of Turkey. Her parents are first cousins. Each parent has numerous brothers and sisters and most have already had children. Everybody is reported as healthy and well. At delivery the child is noted to have atypical genital development. The clitoris is prominent, length being approximately 1.5 cm. There is posterior fusion of the labia.

General Objectives
Describe the embryology and physiology of sexual differentiation and explain the possible mechanisms involved in the presentation of ambiguous genitalia.
Explain the impact of mutations of the androgen receptor on sexual phenotype.
Global Objectives
Upon completion of this problem, students should be able to discuss the actions of testosterone and dihydrotestosterone on embryological development and sexual differentiation.

Clinical Skills Sessions: Newborn History Practice Case - Failure to thrive

Part 3, Medical Foundation 3, Endocrinology, Week 4

To discuss and to practice the components of the Newborn history. Pro-Comp Connection – food and housing insecurity.

Tutorial: Kate Smith MF3 Reproduction

Part 3, Medical Foundation 3, Endocrinology, Week 4

Kate Smith is a 15 year old girl. Her mother brings her to the family physician because she has not yet had her first menstrual period. Kate has been well throughout her childhood. Kate has a healthy appetite and weight. She does not receive any medications.

Global Objectives
Upon completion of this problem, students should be able to describe the role of the X chromosome in ovarian function.

Tutorial: Pit Parapan MF3 Endocrinology

Part 3, Medical Foundation 3, Endocrinology, Week 4

A 32-year-old female was seen in emergency department for abdominal pain, nausea and diarrhea. Her serum calcium was found to be elevated at 2.94 mmol/L (normal 2.15-2.55 mmol/L). She was treated with intravenous fluids. Her calcium improved to 2.65 mmol/L and she was discharged home to care for her 6-year-old son. She was referred urgently to an outpatient clinic to investigate her elevated calcium. She was also prescribed pantoprazole for worsening heartburn. In the clinic, Ms. Parapan reported a 2-year history of abdominal pain that was getting worse over time. The pantoprazole she was prescribed was modestly helpful in easing her heartburn and abdominal pain. She denied symptoms of polyuria, polydipsia, confusion or mood changes. There is no history of kidney stones. She had a fracture of her humerus at age 15 due to a ski accident. She was taking pantoprazole and a multivitamin daily. Ms. Parapan’s family history is significant for a father who had a pancreatic tumour, though she does not know any more details about his condition. Both her sister and her paternal aunt had a parathyroidectomy. The same aunt had a pituitary tumour requiring surgery.

General Objectives
Recognize the pituitary as the central control gland of the body.
Describe the anatomy and physiology of the parathyroid glands.
Describe the most common pathologies associated with pituitary hormone systems including acromegaly and hyperprolactinemia.
Global Objectives
Upon completion of this problem, students will be able to outline the hormonal abnormalities involved in Multiple Endocrine Neoplasia Type 1 (MEN 1) and review the genetics of proto-oncogenes and tumour suppressor genes.

Tutorial: Chantal Landry and Keanu Clarke MF3 Reproduction

Part 3, Medical Foundation 3, Endocrinology, Week 4

You are on a horizontal elective with a pediatric endocrinologist at MUMC when you and your preceptor see your first patient of the day, Chantal. Chantal is a 5-year-2-month-old child presenting with advanced breast development over the past seven months and scant pubic hair growth. This has been associated with rapid growth and intermittent "spotting" over the last two days. Aside from occasional emotional outbursts (crying, arguments with her 9-year-old sister and her mother), there are no other reported concerns. Chantal's mother, a 36-year-old schoolteacher, has a height at the 50th percentile and experienced menarche at age 13. Chantal’s father, a 44-year-old lawyer, also has a height at the 50th percentile and began shaving around age 15 or 16. He has mild hypertension. The family history is negative for early puberty. The parents are not consanguineous. On examination, Chantal's height and weight are both above the 97th percentile. She has grown 9.6 cm in the past year. Physical findings are depicted in the associated media. A bone age radiograph shows a skeletal maturity equivalent to that of a 9-year-old girl. Keanu is a 14-year-old youth who was referred two months ago after repeated attempts to access medical gender-affirming care. Keanu identifies as gender diverse and transfeminine, preferring she/her or they/them pronouns. At Keanu’s last visit, the use of GnRH agonists and gender-affirming hormone therapy (GAHT) was discussed with Keanu and their parents. During today’s appointment, they wish to understand whether the effects of puberty blockers are permanent and to learn about potential health outcomes related to their use.

General Objectives
Recognize the pituitary as the central control gland of the body.
Global Objectives
Upon completion of this problem, students should be able to explain the mechanisms that regulate puberty and explain the etiology of precocious puberty.

e-Learning Module: American Academy of Dermatology Part 4

Part 4, Medical Foundation 4

Red Scaly Rash. Drug Reactions. Urticaria. Psoriasis.

e-Learning Module: Integrated Pain and Opioid Curriculum Course 3 - Opioid Use Disorder: Principles of Assessment and Management

Part 4, Medical Foundation 4

Review the role of opioids in the brain and the signs and symptoms of withdrawal. Learn how to identify patients with opioid use disorder and review the various management options including how to manage patients in primary care with opioid agonist therapy with buprenorphine. Educate patients on strategies to prevent opioid overdose including the use of naloxone, a vital tool for overdose prevention. This should be completed by the end of MF4.

Tutorial: All MF4 Brain and Behaviour tutorial problems

Part 4, Medical Foundation 4, Brain and Behaviour

General Objectives
Recognize abnormalities of emotions, perceptions, behaviour and cognition, and describe them in appropriate terminology. The student will be expected to articulate an approach to the evaluation of patients with:
Identify etiological factors relevant to the understanding of individual cases including consideration of the following:
Understand the major drug classes used to treat diseases studied in brain and behaviour, their mechanisms of action; indications and adverse effects: benzodiazepines; SSRI / SNRI/ TCA ; First- and second-generation antipsychotics.

Active Large Group Session: Substance Use Disorders

Part 4, Medical Foundation 4, Brain and Behaviour

Activity Objectives
Describe an approach to the evaluation and management of patients with addiction.
Discuss the major drug classes used to treat substance use.
Describe the DSM-5 classification of the following substance use disorders: alcohol, opioid, and cannabis
Describe how to assess for suicide risk.
Identify the risk factors for suicide.

e-Learning Module: Developmental Disabilities

Part 4, Medical Foundation 4, Brain and Behaviour

An interactive, self-directed web-based resource regarding developmental disabilities for medical students and residents. This project includes introductory information about the topic of developmental disabilities, including information about terminology, definitions, adaptive skills, and levels of developmental disability.

e-Learning Module: MSE part 1: Assessment of mood and anxiety

Part 4, Medical Foundation 4, Brain and Behaviour, Week 1

Principles of mood assessment. Mood episodes and disorders: Depressive, manic, mixed, hypomanic. Screening for depression. Psychiatric history. Anxiety.

e-Learning Module: Intro to the Mental Status Exam

Part 4, Medical Foundation 4, Brain and Behaviour, Week 1

Know the role of the Mental Status exam (MSE) in the assessment and management of the patient. Understand the differences between the MSE, the MMSE, and the psychiatric interview. Elicit elements of the MSE during the psychiatric interview. Verbal report and write up of the psychiatric interview, including MSE.

Anatomy Lectures: Limbic System

Part 4, Medical Foundation 4, Brain and Behaviour, Week 1

The Limbic system: olfaction, memory, emotions, drives, homeostatic function. The emotional brain. Amygdala. Hippocampus. Cingulum. Septal nuclei. Olfaction/Olfactory cortex. The hippocampus facilitates the consolidation of new memories. Amygdala responsible for emotions and drives. Hypothalamus responsible for homeostasis and autonomic and neuroendocrine control. Limbic system clinical correlates: memory disorders (amnesia, dementia); seizure disorders (epilepsy); psychiatric disorders (schizophrenia, depression, mania, OCD).

Active Large Group Session: Introduction to Psychiatry

Part 4, Medical Foundation 4, Brain and Behaviour, Week 1

Epidemiology. Nosology. Brain and behaviour. Medical Psychiatry. PBL cases. Five steps to differential diagnosis. Sub-unit overview.

Activity Objectives
Compare the epidemiology of mental disorders to other medical conditions and recognize the impact on disability and quality of life across the lifespan.
Compare and contrast psychiatry with other clinical disciplines with respect to diagnosis and etiology.
Use PBL cases from prior sub-units to identify psychiatric perspectives in these cases.
Describe how dysfunction in particular areas of the brain may present with particular psychiatric syndromes.
Describe examples of medical conditions and substances that may present with prominent psychiatric signs and symptoms.
Explain the rationale behind the five steps to differential diagnosis.

Tutorial: Katherine Cornish MF4 Brain and Behaviour

Part 4, Medical Foundation 4, Brain and Behaviour, Week 1

Katherine is a 16-year-old female attending high school who presents to you with complaints of depressed mood, increased appetite, and weight gain of 30 pounds. She lives with her parents and is an only child. Her mother indicates that her problems started less than one year ago when she was admitted to the hospital for several weeks after fighting at school. She was getting less than 4 hours of sleep for ten days because she was working on making Tik Toks about fashion. She started getting suspicious of her family and friends, believing they were trying to poison her, so she stopped eating and lost 10 pounds in less than a week. She had several days of irritability and agitation to the point of pacing all night for three nights in a row before her admission. She was also yelling at family and friends (on her cellphone) all hours of the night. She had been using marijuana daily for about two years leading up to this hospitalization but stopped using while in hospital. She has not returned to marijuana use. Her psychiatrist treated Katherine with lithium 1200 mg po qhs and olanzapine 10 mg po qhs in hospital. She stopped her olanzapine after about two months but remained on the lithium. She had been taking her medications consistently until she gained 30 pounds. She is 5’4” and weighs 170 pounds.

General Objectives
Medication adverse effects and substance use.
Depressed mood or anhedonia.
Describe common symptoms of depression, bipolar disorder and mixed states.
Explain the role of the HPA Axis in stress-related medical conditions with psychiatric sequelae.
Explain the effects of mood stabilizers and antipsychotic medications on metabolic disturbances.
Compare and contrast unipolar versus bipolar depression.
Describe the different categories of drugs used to treat depression, their efficacy and adverse effects.
Global Objectives
Upon completion of this problem, students will be able to describe common presentations and treatments of bipolar disorder.

Clinical Skills Sessions: Assessment of mood and anxiety

Part 4, Medical Foundation 4, Brain and Behaviour, Week 1

Assessment of Mood. Key concepts: Symptoms, syndromes, episodes, and disorders. Depressive symptoms. Manic Symptoms. Mood Episodes and Disorders: Major Depressive Disorder, Bipolar Disorder. Screening for depression. Assessment of Anxiety. Main Anxiety Disorders: Specific Phobia; Social Phobia (aka social anxiety disorder); Panic Disorder with/without Agoraphobia; Generalized Anxiety Disorder; Obsessive Compulsive Disorder; Post-traumatic Stress Disorder.

General Objectives
Understand the components of the mental status exam and its place within a full patient history.
Depressed mood or anhedonia.
Apathy and withdrawal.
Be able to identify and describe core psychiatric phenomenology.
Understand the difference between process and content and the role that both play in informing the mental status exam and differential diagnosis.
Irritability or elevated mood.
Be able to elicit core psychiatric symptomatology during a patient encounter (i.e. mood, anxiety, psychosis, suicide and homicide risk) and have developed a core set of screening questions.
Be able to complete an accurate written mental status exam.

Tutorial: Binh Hau MF4 Brain and Behaviour

Part 4, Medical Foundation 4, Brain and Behaviour, Week 1

Mr. Hau is a 56-year-old male, married with two teenaged children. He is employed as a pharmacist and his wife is a receptionist in a dental office. He has no formal psychiatric history. About three months ago, Binh's personality began to change in subtle ways. Previously an optimistic, outgoing individual, he gradually became serious, irritable and socially withdrawn. His family noticed that he was sleeping poorly, sometimes pacing the house all night. At times he was observed mumbling to himself as if he were conversing with someone who wasn't there. His family grew increasingly concerned.

General Objectives
Genetic influences.
Medication adverse effects and substance use.
Define the concept of psychosis.
Apathy and withdrawal.
Describe the key features of psychosis.
Describe the major drug classes used to treat psychotic disorders, their mechanism of action, indications, and adverse effects.
Perceptual disturbances.
Abnormal beliefs.
Global Objectives
Upon completion of this problem, students will be able to describe the fundamentals of the concept of psychosis and will have begun to explore psychotic disorders and will be able to describe the fundamental mechanisms, indications and side effects of antipsychotic medications.

e-Learning Module: Social determinants of child mental health

Part 4, Medical Foundation 4, Brain and Behaviour, Week 1

An outlined approach to understanding and assessing social determinants of health by examining how children's environments affect their biology and their pathways in health.

Activity Objectives
Understand the definition of social determinants of health and why they are important to child development.
Remember the four determinants of healthy child development and apply these to your assessment of children.
Describe risk and protective factors for conduct disorder as they relate to these determinants of health.
Outline an approach to prevention and intervention for children with conduct disorder based on social determinants of health organized across three levels of intervention: universal, targeted and clinical.
General Objectives
Theme 3: The relevance of past/early experiences to mental health and illness and development
Describe the sequelae associated with adverse childhood experiences.

Tutorial: Lan Chen MF4 Brain and Behaviour

Part 4, Medical Foundation 4, Brain and Behaviour, Week 1

You are a family doctor in Thunder Bay. On your day schedule you note that Lan Chen is booked to see you about "fatigue". She is a devout, hardworking nurse who has in the past year developed hypertension, hypercholesterolemia and Type II Diabetes. She is 45, has been married for 18 years and has three healthy sons, ages 10, 8, and 6. The patient presents as tense, tired, and clearly distressed. Ms. Chen complains of feeling "wiped out", constantly fatigued despite sleeping up to 12 hours at a time. She describes herself as feeling "useless" because she is falling behind on her work at home and is worried about her work at the hospital because she is having trouble focusing: "my thoughts keep jumping around and I'm never really sure what I've done. I keep checking things over and over to make sure I'm not making mistakes". She feels overwhelmed by the many decisions she has to make every day in the hospital, and the demands on her at home. She used to love her work, her family, and coaching soccer. Now she describes feeling intense dread driving to work, at times crying in the car, knowing how busy and intense the day will be. She likewise dreads coaching her soccer team: "This year's group is different, they're a bunch of lazy little brats". She is very upset because she yelled at two of the girls at the last game, and is even more upset because she is yelling at her own sons "all the time".

General Objectives
Anxiety or panic.
Cognitive dysfunction.
Depressed mood or anhedonia.
Describe the physiological sequelae of sustained stress.
Explain The relationship between stress and depression.
Irritability or elevated mood.
Describe common symptoms of depression, bipolar disorder and mixed states.
Explain the role of the HPA Axis in stress-related medical conditions with psychiatric sequelae.
Identify the treatment and side effects of bipolar disorder, mania and depression.
Understand the major drug classes used to treat diseases studied in brain and behaviour, their mechanisms of action; indications and adverse effects: benzodiazepines; SSRI / SNRI/ TCA ; First- and second-generation antipsychotics.
List biological features of depression.
Describe the concept of impairments in level of consciousness and the relationship to: arousal, attention, memory and concentration.
Describe the cognitive distortions seen in depression.
Recognize common co-morbid illnesses seen in depression.
Describe the different categories of drugs used to treat depression, their efficacy and adverse effects.
Global Objectives
Upon completion of this problem, students will be able to describe the stress-diathesis model of depression, under which depression is understood as a natural consequence of sustained stress, marked by disordered vegetative, cognitive and mood functions.

Tutorial: Tammy Polk MF5 Brain and Behaviour

Part 4, Medical Foundation 4, Brain and Behaviour, Week 1

Mrs. Tammy Polk is very difficult to interview. She is an extremely vague and difficult historian. Her family tell you that she was diagnosed with breast cancer 5 years ago and had a mastectomy at that time. Her husband died 6 months ago and she has never really recovered. Over the past week, the family have been worried that she is "developing Alzheimer's" because of memory problems and agitation. Past psychiatric history is notable for mild depression, treated with paroxetine 20mg daily, and sleep difficulties that are chronic and date back to her days as an alcoholic. One month ago, she was started on 50 mg of quetiapine at bedtime for sleep by her family doctor. Two weeks ago, she was given Oxybutinin (Ditropan) to help with some urinary incontinence, with good effect on her bladder problem. She is admitted to hospital for further medical work-up. The 1 pm nursing note reads: "quiet, resting comfortably, oriented x 3." The results of CBC, serum electrolytes and urinalysis are pending. The medical resident calls for psychiatric consultation at 4:05 pm because the patient has become agitated and has voiced suicidal ideation. The consult note reads: "medically cleared, please transfer to psychiatry for treatment of emotional instability and psychotic depression." The psychiatric resident arrives at 5 pm and finds that the patient is visually hallucinating and disoriented.

General Objectives
Discuss the concerns for drug-drug interactions between different categories of psychotropic drugs.
Describe the concept of impairments in level of consciousness and the relationship to: arousal, attention, memory and concentration.
Disorientation and memory disturbance.
Global Objectives
Upon completion of this problem, the students will be able to describe delirium and altered states of consciousness.

e-Learning Module: MSE part 3: Assessment of suicide and violence risk

Part 4, Medical Foundation 4, Brain and Behaviour, Week 2

While psychiatric disorders are common, and many can be deadly, they are also treatable. You can make an enormous difference in morbidity and mortality through proper suicide assessment. Suicidal intent is a medical emergency.

Tutorial: Fergie Greer MF4 Brain and Behaviour

Part 4, Medical Foundation 4, Brain and Behaviour, Week 2

Fergie is a 23-year-old single woman with no children who lives with her parents. She completed university with difficulty, taking time off frequently but eventually completing her degree. She reports having difficulties with relationships since middle school and not knowing who she really is affects her mood, attention and concentration. This had an impact upon her schooling but she managed to finish with a huge effort. However, she has been unable to ever work in any capacity since finishing University a year ago. Fergie was referred by her family physician for a psychiatric consultation because she frequently presented to the family physician or student health with low mood and suicidal ideations. At times her family doctor had to send her to ER for urgent assessment following disclosure of taking an overdose or cutting her arms. She is hoping that some medications like an antidepressants will be prescribed for her and that you will believe she is unwell and needing help. She has a huge hope that you will see her regularly, and provide her with answers as to why she is not feeling happy, why she feels empty, and why she is unable to control her anger. She is also considering bipolar disorder as she heard from student health counsellor that she may have a bipolar disorder because she reported increased spending, increased sexual activity, and reckless driving. And she also informed you that she has an eating disorder when she binge eats at times. She is well read on mental health and has attended many counsellors since middle school including private therapists that her parents took her to see.

General Objectives
Suicidality.
Anger and violence.
Early life experiences.
Explain the role of the HPA Axis in stress-related medical conditions with psychiatric sequelae.
Identify the treatment and side effects of bipolar disorder, mania and depression.
Recurrent interpersonal problems.
Global Objectives
Upon completion of this problem, students will be able to describe the role and characteristics of a personality disorder and its effect on psychosocial functioning.

Tutorial: Benjamin Nuri MF4 Brain and Behaviour

Part 4, Medical Foundation 4, Brain and Behaviour, Week 2

Benjamin Nuri is a 45 year old Caucasian male who presents at the emergency room accompanied by his wife. He has been to the emergency room on two occasions prior to today . He reports that for the past year and a half he has experienced transient episodes of chest pain, shortness of breath, sweating nausea, numbess in the left side of his face and left arm as well as dizziness.

General Objectives
Anxiety or panic.
Discuss the general pharmacokinetic properties of psychotropic drugs, including volume of distribution, time to steady state concentration, and half-life.
Explain the importance of ruling out medical and substance-related causes of psychiatric symptoms.
Understand the major drug classes used to treat diseases studied in brain and behaviour, their mechanisms of action; indications and adverse effects: benzodiazepines; SSRI / SNRI/ TCA ; First- and second-generation antipsychotics.
Recognize the role of the sympathetic and parasympathetic nervous system in producing physical symptoms associated with psychiatric syndromes.
Explore the benefits and side effects of benzodiazepines and stimulant medication use.
Global Objectives
Upon completion of this problem, students will understand the physical symptoms of panic disorder and contrast the symptoms of anxiety and panic from other conditions or disorders.

Tutorial: Laila Nair MF4 Brain and Behaviour

Part 4, Medical Foundation 4, Brain and Behaviour, Week 2

Global Objectives
Upon completion of this problem, students should be able to identify, differentiate, and manage eating disorders, specifically bulimia nervosa, binge eating disorder, and anorexia nervosa.

Anatomy Lectures: Autonomics

Part 4, Medical Foundation 4, Brain and Behaviour, Week 2

The sympathetic nervous system. Adrenergic receptors. Autonomic reflexes. Most of the homeostatic functions (blood pressure, digestion, defecation, urination) of the body are regulated by autonomic reflexes. The communication between the endocrine system and the ANS is critical in managing our stress response. Imbalance between SNS and PSNS are critical problems for those with SCI.

Large Group Session: What to Expect at Your First OCSE

Part 4, Medical Foundation 4, Brain and Behaviour, Week 2

Tutorial: Desta Ayo MF4 Brain and Behaviour

Part 4, Medical Foundation 4, Brain and Behaviour, Week 2

Desta Ayo is a 42 year old woman, on disability pension and married to a disabled man. She was brought to the hospital by ambulance after she called 911 to report she was dying. After running a few tests, the ER physician could not find anything wrong with her. He referred her to psychiatry because the problem was obviously "all in her head." On interview, Desta sits motionless in the chair, opening her eyes and speaking with dramatic effort. She believes she is again suffering with another kidney infection, like the one that almost killed her 10 years ago. She describes "passing out" almost every day for the last 2 weeks, feeling too weak to walk, and experiencing crippling back pain. She denies anxiety and depression but continues to take paroxetine for chronic pain and Trazodone for sleep. She says she has arthritis throughout her back, frequent migraines, temperomandibular joint pain, chronic fatigue, and recurrent sinusitis that eats away at her nasal bones. She also reports a history of gynaecological problems since age 22, with breast cyst and ovarian cyst surgery, endometriosis, and uterine fibroids. She reports an early childhood history of sexual and physical abuse. She remembers her mother as an alcoholic, a distant and cruel woman. Inquiries about current stress in her life reveal major financial problems and an argument with her mother on the phone 2 weeks ago. She says that she doesn't think her mother will ever talk to her again.

General Objectives
Explain the spectrum of “mind-body” somatic symptoms- from mood and anxiety disorders to painful somatic conditions like fibromyalgia.
Early life experiences.
Physical health.
Pain or other forms of somatic distress.
Global Objectives
Upon completion of this problem, students will have begun to explore the Mind-Body Interaction.

Clinical Skills Sessions: Suicide Risk Assessment

Part 4, Medical Foundation 4, Brain and Behaviour, Week 2

By the completion of this presentation, attendees will be able to describe risk factors for suicide; be familiar with key components of a suicide risk assessment; be aware of questions to use in a suicide risk assessment.

Activity Objectives
By the completion of this presentation attendees will be aware of questions to use in a suicide risk assessment.
General Objectives
Suicidality.

Clinical Skills Sessions: Psychiatry Exam: Practice Cases - Eating Disorders and Suicidality Assessment

Part 4, Medical Foundation 4, Brain and Behaviour, Week 2

To discuss and to practice the components of the psychiatric history for a patient presenting with an eating disorder. To discuss and to practice the components of the psychiatric history for a patient presenting with depression and suicidality, including risk assessment. To develop an approach and to practice the mental status examination.

Activity Objectives
To discuss and to practice the components of the psychiatric history for a patient presenting with an eating disorder.
To discuss and to practice the components of the psychiatric history for a patient presenting with depression and suicidality, including risk assessment.
To develop an approach and to practice the mental status examination.

Clinical Skills Sessions: Assessment of Psychosis & Delirium

Part 4, Medical Foundation 4, Brain and Behaviour, Week 3

Interviewing psychotic patients. Dealing with psychosis and intense affect. Dealing with poor insight. Dealing with indifference. Screening questions for psychotic-like experiences. Delirium.

e-Learning Module: MSE part 2: Assessment of psychosis

Part 4, Medical Foundation 4, Brain and Behaviour, Week 3

Psychotic symptoms are common in a wide variety of medical, psychiatric, and substance-induced disorders. They are important to illicit and have important implications for diagnosis, treatment and management.

General Objectives
Define the concept of psychosis.
Describe the key features of psychosis.
Describe the major drug classes used to treat psychotic disorders, their mechanism of action, indications, and adverse effects.
Theme 4: Perception and thought processes
Describe the concept of impairments in level of consciousness and the relationship to: arousal, attention, memory and concentration.

e-Learning Module: Form 1 of the Mental Health Act

Part 4, Medical Foundation 4, Brain and Behaviour, Week 3

This will provide you with a review of the legislation and the methods that are used to bring a person to hospital in Ontario, as well as some of the key aspects of completing the Form 1 of the Mental Health Act, including the examination, criteria for dangerousness, concept of mentor disorder, time-sensitive issues, and invalid Form 1's. A Guided Tour and Examples of the Form 1 and Form 42. Common errors in filling out the Form that we encounter in practice.

Activity Objectives
Know how to accurately fill out a Form 1 and a Form 42 of the Ontario Mental Health Act.
Appreciate the requirements and legal issues related to involuntary hospitalization, as it pertains to the Form 1.

Active Large Group Session: Personality Disorders

Part 4, Medical Foundation 4, Brain and Behaviour, Week 3

Activity Objectives
Describe the different personality disorders, including clusters A, B, and C.
Describe some of the Adverse Childhood Experiences (ACE’s) and how they can impact future development.
Describe some of the treatment approaches for patients with these disorders.
Understand transference and countertransference issues, and how they can affect working with these patients
General Objectives
Recognize childhood and parenting factors associated with the development of typical and atypical attachment.
Describe the sequelae associated with adverse childhood experiences.

Tutorial: Malcolm Lowry MF4 Brain and Behaviour

Part 4, Medical Foundation 4, Brain and Behaviour, Week 3

Malcolm Lowry presents to the ED of the Hamilton General Hospital accompanied by his wife, Vita. He is seen by a second-year resident in Emergency Medicine and a clinical clerk. Mr. Lowry is a 47-year-old businessman. This afternoon, he collapsed in front of his wife, who observed that both arms and legs were shaking and that his eyes were rolled back. After 30-60 seconds the shaking stopped, but he was unresponsive for several minutes and remained drowsy and confused for half an hour. Vita called 911 and Malcolm was taken to the Emergency Department. The patient states that this has never happened to him before. He had no warning symptoms prior to collapsing. He does not remember collapsing. He did not soil himself or bite his tongue, but his muscles are sore. His past health has been good. He does not have hypertension, diabetes or other chronic health problems. He has never been hospitalized and he is not on any medications. He denies recent head trauma, febrile illness, headache or neurological symptoms. He has no family history of epilepsy. Vita states that Malcolm has been drinking alcohol heavily for a number of months but stopped two days ago after she removed all the alcohol from the house. Today he was so tremulous that he could hardly button his shirt. Malcolm points out that he has stopped alcohol for a day or two several times in the past few months, and although he has felt shaky he has never had a seizure.

General Objectives
Medication adverse effects and substance use.
Explain the use of naltrexone as an anti-craving therapy for alcohol use disorder.
Addiction.
Global Objectives
Upon completion of this problem, students should understand the medical and social consequences of alcohol-related disorders including alcohol use disorder, alcohol intoxication, alcohol withdrawal, other alcohol-induced disorders and unspecified alcohol-related disorder (DSM-5), the neurological underpinnings of substance use disorders and the identification and treatment of alcohol withdrawal.

Tutorial: Beau Chandler MF4 Brain and Behaviour

Part 4, Medical Foundation 4, Brain and Behaviour, Week 3

Beau is a 3-year-old boy, the youngest of three children. His father manages a local bank and his mother is a stay-at-home mom. He has two older sisters, Theresa age 7 and Gracie age 9. His parents are in their late 30s. Beau is the focus of the entire family's attention and the apple of everyone's eye. His sisters behave like 2 additional mothers, to the point that they anticipate his every need. His parents have even noted that his language development seemed slightly slower than his sisters' as he did not need to use language to have his needs met. He now speaks well but it just seemed to be slower than his sisters (who his mother described as early talkers). Beau's mother's pregnancy was unexpected but welcomed. The pregnancy was uneventful with no history of substance use. Beau was full term and the delivery was uneventful. Beau was a cute and cuddly infant. He breastfed well and developed predictable routines for both sleeping and feeding. He appears quite adaptable. For instance, when family visits other family or friends, Beau smiles, plays and amiably engages children and adults alike. He has even slept well at these homes if needed. He needed only his favourite blanket in those situations to assist him with settling down to sleep.

General Objectives
Recognize normal parent-child attachment.
Recognize childhood and parenting factors associated with the development of typical and atypical attachment.
Early life experiences.
Global Objectives
Upon completion of this problem, students will be able to describe the concept and importance of normal parent-child attachment.

Tutorial: Skylar and Siobhan Aidan MF4 Brain and Behaviour

Part 4, Medical Foundation 4, Brain and Behaviour, Week 3

Today, Siobhan came in sobbing, dragging a reluctant 8-year-old Skylar behind her. She wailed, "He's turning out just like his Dad. Before you know it he'll be in jail for assault, I'm scared of both of them." Siobhan explains that Skylar punched a boy in the face today and was suspended for 3 days. Evidently, there have been numerous incidents at school where the Grade 3 teacher claimed Skylar was the aggressor. This implied information about Skylar 's father was news to you and you suspect that there was more going on in the home than Siobhan had shared with you in the past. You wonder how to approach Siobhan about this.

General Objectives
Early life experiences.
Describe the assessment of normal and abnormal childhood behaviour.
Recognize childhood behavioural problems, in particular aggression.
Maladaptive behaviours.
Global Objectives
Upon completion of this problem, students will be able to describe the concept of normal and abnormal childhood behaviour and explore systemic factors that influence diagnosis and treatment.

Clinical Skills Sessions: Teaching OSCE (Psychology)

Part 4, Medical Foundation 4, Brain and Behaviour, Week 4

3 station Teaching OSCE. Each station is 15 minutes long. Students alternate interviewing and observing a patient.

General Objectives
Understand the components of the mental status exam and its place within a full patient history.
Be able to identify and describe core psychiatric phenomenology.
Understand the difference between process and content and the role that both play in informing the mental status exam and differential diagnosis.
Be able to elicit core psychiatric symptomatology during a patient encounter (i.e. mood, anxiety, psychosis, suicide and homicide risk) and have developed a core set of screening questions.
Be able to complete an accurate written mental status exam.

Tutorial: Shelley Williams MF4 Brain and Behaviour

Part 4, Medical Foundation 4, Brain and Behaviour, Week 4

Shelley is an 18-year-old female who lives with her parents and her younger brother. She had graduated from a local high school in June. Shelley received ODSP (Ontario Disability Support) when she turned 18 years of age because of her intellectual disability. Soon after, this young woman started working part-time at a local grocery store after completing a work placement but had taken a sick leave as of November. Her hobbies included painting, journaling, and video games. She has a few close friends she has known from grade 8 whom she sees over Skype. She has a younger brother, 16 years of age, Tom. Tom has always excelled in school, is popular, and plays on many sports teams. Her parents are Jennifer (42 years of age) and Peter (43 years of age). Her parents are Black Caribbean first-generation immigrants from Trinidad. Her father worked full time in the steel industry for many years until about a year ago when he took sick leave due to cardiovascular disease. Her father was described as being somewhat distant and critical of Shelley. Shelley described a very close relationship with her mother, who provided most of the instrumental and emotional support to Shelley over the years. Her mother was recently laid off in March from a restaurant where she worked as a waitress. Then she was quarantined for two weeks at home in her room in March with COVID. Shelley’s mother had residual fatigue and cough after recuperating from the acute symptoms of COVID. None of the other family members tested positive for COVID, but they all had vitamin D deficiency and started taking supplements.

General Objectives
Socio-economic situation.
Global Objectives
Upon completion of this problem, students will analyze how social determinants of health might impact a young person's psychiatric management who is from a Black racialized community. Students will demonstrate sensitivity and responsiveness to a diverse population and explore the impact of intersectionality on mental health. Upon completing this problem, students will explain the symptoms of obsessive-compulsive disorder and discuss treatment approaches to help manage young adults with mild intellectual disability and comorbid obsessive-compulsive disorder in the community.

Active Large Group Session: Autism and Attention Deficit Disorder

Part 4, Medical Foundation 4, Brain and Behaviour, Week 4

Activity Objectives
Articulate an approach to the evaluation of patients with autism spectrum disorder and attention deficit disorder.
Articulate an approach to treating patients and supporting family members with children who have autism spectrum disorder and attention deficit disorder.
Describe DSM5 classification of autism spectrum disorder.
Review approaches to emotional and behavioural dysregulation in children.
General Objectives
Genetic influences.

Active Large Group Session: Integrated Radiology - Anatomy - Musculoskeletal System (IARS)

Part 4, Medical Foundation 4, Musculoskeletal Medicine

Review x-ray anatomy of shoulder, elbow, wrist, hip/pelvis, knee, ankle / foot

Activity Objectives
Review MSK x-ray anatomy of: Shoulder (MRI), Elbow, Wrist, Hip/pelvis, Knee (MRI), Ankle/foot (MRI)

Watching a Video: GALS (Gait, Arms, Legs, Spine)

Part 4, Medical Foundation 4, Musculoskeletal Medicine

Anatomy Demonstrations: Upper Limb

Part 4, Medical Foundation 4, Musculoskeletal Medicine

Anatomy Demonstrations: Plexi, Plexus and Compartments

Part 4, Medical Foundation 4, Musculoskeletal Medicine

Clinical Skills Practice Sessions: MSK Clinical Skills

Part 4, Medical Foundation 4, Musculoskeletal Medicine

These practice sessions are intended to improve standardization of teaching across groups and to provide tutorial groups with opportunities to focus on areas of particular concern to the group.

General Objectives
Detect the difference between bony and soft tissue swelling.
Elicit tenderness around a joint.
Elicit temperature around a joint.
Detect synovitis.
Have an awareness of the difference between active and passive movements.
Perform passive and active movements at all relevant joints.
Detect a loss of full extension and a loss of full flexion.
Assess gait.
Correctly use the terms varus and valgus.
Assess limb reflexes routinely when examining the spine and in other relevant circumstances.
Have an understanding of the term subluxation.
Where appropriate examine neurological and vascular systems when assessing a problematic joint (check for intact sensation and peripheral pulses).
Assess leg length with a tape measure when assessing for a real leg length discrepancy.
Make qualitative assessment of movement (not joint end feel but features such as cog-wheeling).
Assess the median and ulnar nerves.
Be able to localize tenderness within the joints of the hand (palpate each small joint of the hand if necessary).
Assess power grip.
Assess pincer grip in the hand.
Make a functional assessment of the hand such as holding a cup.
Correctly use the term "Heberden's nodes".
Perform Phalen's test.
Detect a painful arc* and frozen shoulder*
Make a functional assessment of the shoulder (can they put their hands behind their head and back?).
Perform external/internal rotation of the shoulder with the elbow flexed to 90 degrees and held in against the patient's side.
Examine a patient's shoulder from behind for scapular movement.
Assess the acromio-clavicular joint (by palpation alone).
Palpate for tenderness over the epicondyles of the elbow.
Palpate for tenderness over the greater trochanter of the hip.
Perform internal and external rotation of the hip with it flexed to 90 degrees.
Perform Trendelenberg's test.
Perform Thomas' test.
Detect an effusion at the knee.
Perform a patellar tap.
Demonstrate cross fluctuation or the bulge sign when looking for a knee effusion.
Test for collateral ligament stability in the knee.
Use the anterior draw test to assess anterior cruciate ligament stability in the knee.
Examine the sole of a patient's feet.
Recognise hallux valgus, claw and hammer toes.
Assess a patient's feet with them standing.
Assess for flat feet (including the patient standing on tip toes).
Recognize hind foot/heel pathologies.
Assess plantar and dorsi-flexion of the ankle.
Assess movements of inversion and eversion of the foot.
Assess the sub-talar joint.
Perform a lateral squeeze across the metatarsophalangeal joints.
Assess flexion/extension of the big toe.
Examine a patient's footwear.
Palpate the spinous processes.
Assess lateral and forward flexion of the lumbar spine (using fingers not tape measure).
Assess thoracic rotation with the patient sitting.

Anatomy Demonstrations: Axial skeleton, spine and back

Part 4, Medical Foundation 4, Musculoskeletal Medicine

Anatomy Demonstrations: Lower Limb

Part 4, Medical Foundation 4, Musculoskeletal Medicine

Tutorial: Brock Martel MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 1

Brock is a 25-year-old man who sustained a laceration to the upper third of his right forearm when he accidentally put his arm through a plate glass window. He presents to the emergency room. On examination, the ER physician finds Brock has significant weakness dorsal and palmar interossei, resulting in weakness of abduction and adduction of the index, middle and ring finger of the right hand.

General Objectives
Theme 1: Development, structure and function of the musculoskeletal system and interconnection with peripheral nerves.
Identify basic musculoskeletal and neurological anatomical structures in the limbs.
Global Objectives
Upon completion of this problem, students will be able to describe the gross anatomy of the upper limb, including bones, muscles and nerves. They will know the functions of the key nerves of the upper limb.

Tutorial: Gayle Parker MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 1

Gayle Parker is a 12-year-old girl who was recently noted by her dance instructor to have shoulder asymmetry. She has no pain, neurological symptoms such as dysesthesias, or bladder/bowel dysfunction. The deformity has not changed since it was first noticed.Gayle has recently started her menses

General Objectives
Theme 1: Development, structure and function of the musculoskeletal system and interconnection with peripheral nerves.
Discuss common developmental abnormalities of the musculoskeletal system in a child.
Describe how these disorders (developmental abnormalities of the musculoskeletal system) may affect the child through all stages of life.
Global Objectives
Upon completion of this case, students will be able to describe spinal deformities and their implications in children.

Tutorial: Joshua Song MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 1

Joshua is a 48-year-old man who suffered a motor vehicle accident while riding his motorcycle. Joshua was unable to stop in time at a red light and rear-ended into an SUV, causing him to be thrown from his motorcycle, landing on his right side. He has a large laceration to the lateral thigh. He also notices some weakness to certain movements of his right lower extremity. He is taken to the trauma centre and the physical exam reveals that he is unable to dorsiflex his ankle, evert the foot, and extend the toes on the right side. All other muscles are normal. On sensory examination, it is noted that sensation is slightly impaired over the front of the leg and foot. An x-ray reveals that he has sustained a mid-femur shaft non-displaced fracture.

General Objectives
Theme 1: Development, structure and function of the musculoskeletal system and interconnection with peripheral nerves.
Identify basic musculoskeletal and neurological anatomical structures in the limbs.
Global Objectives
Upon completion of this case, students will be able to describe the basic anatomical structures of the lower limbs.

Tutorial: Mike Chiasson MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 1

Mike is a 45 year old man who has worked as a labourer at one of the steel plants in Hamilton for years. The work requires frequent heavy lifting, particularly overhead. Mike smokes 1 pack of cigarettes per day. He has had a 1 year history of shoulder pain, which seems to be getting gradually worse. He has had to give up baseball and now is having trouble performing his job. He has not tried any treatment for his shoulder, other than Tylenol plain and icing it. On physical exam there is no muscle wasting. He is tender over the anterolateral aspect of the humeral head. Range of motion is good, but terminal flexion and abduction reproduce his typical pain. Muscle strength testing shows weakness in abduction, which also reproduces his typical pain. Provocative tests for impingement syndrome are positive, but provocative A-C joint and biceps tendon tests are negative. X-rays are done to evaluate the bony anatomy, and an ultrasound is performed to evaluate the rotator cuff.

General Objectives
Theme 1: Development, structure and function of the musculoskeletal system and interconnection with peripheral nerves.
Describe the anatomy associated with common soft tissue injuries and how abnormalities result in musculoskeletal problems.
Explain the homeostatic mechanisms which maintain the joint and the joint capsule.
Describe the concept of tendons vs. ligaments and how their structures and roles differ.
Explain how mechanical abnormalities affect function.
Global Objectives
Upon completion of this problem, students will be able to explain shoulder biomechanics and the etiology of chronic tendon disorders. They should explore how to individualize a treatment plan.

Clinical Skills Sessions: Hip and Knee Pain

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 1

Discuss and practice the components of the history and physical exam for the Hip and Knee.

Tutorial: Ronnie Olchuk MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 1

Ronnie Olchuk is a 6-year-old boy who was hit by a car while crossing the street. A witness at the scene said he was hit on the left side and thrown approximately 20 m. He is healthy, has no allergies, and has never had surgery. He last ate eight hours ago. He has been stabilized by the trauma team, is alert and oriented, and has no injuries except to his right forearm and left thigh. His distal right forearm is badly deformed. His left thigh has a 2 cm laceration located medially and is also badly deformed. He is in excruciating pain, especially in the right forearm.

General Objectives
Explain the structure and development of bone, particularly the concept of the epiphyseal plate.
Describe fractures in children and contrast these to fractures in adults.
Global Objectives
Upon completion of this problem, students will be able to describe the assessment and management of fractures in children.

Tutorial: Ryan Smith MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 1

Ryan Smith is a two week old baby brought to your office by his parents. He was noted to have bilateral feet abnormalities on prenatal ultrasound. Family is anxious and worried about whether the child "Will walk, play soccer etc." Physical exam show that both feet are adducted, supinated, equines and the hindfoot is in varus. The feet are moderately flexible but not completely correctable

General Objectives
Theme 1: Development, structure and function of the musculoskeletal system and interconnection with peripheral nerves.
Discuss common developmental abnormalities of the musculoskeletal system in a child.
Describe how these disorders (developmental abnormalities of the musculoskeletal system) may affect the child through all stages of life.
Global Objectives
Upon completion of this problem, students will be able to describe musculoskeletal embryology and normal limb development, and explain the assessment and management of congenital foot abnormalities in children.

Active Large Group Session: Introduction to Adult and Pediatric Orthopedics

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 2

Opportunity to consolidate knowledge acquired through PBL cases. Review of high yield orthopedic clinical pearls. Opportunity to actively practice relevant clinical skills such as reading imaging (within the confines of virtual learning).

Activity Objectives
Describe the unique components of an orthopedic history (compared to other system-related histories).
Describe an approach to the orthopedic physical examination.
Compare and contrast fractures in adults and children.
Explain the principles of fracture management.
Explain potential complications of fractures.
Review cases of common orthopedic injuries with rationalization for methods of diagnosis and management.

Clinical Skills Sessions: Shoulder and Elbow Pain

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 2

Discuss and practice the components of the history and physical exam for the Shoulder and Elbow.

Tutorial: Amy Field MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 2

Part One: A thin 65-year-old woman presents complaining of back pain that began 5 days ago while lifting her wash. The pain becomes worse when she rolls over in bed or when she stands up. She has noticed that the hems of her skirts seem longer and on measurement she appears to have lost 6 cm in height. Part Two: The patient reports she got over that last "attack" after around 3 months. She was commenced on a bisphosphonate, calcium, and vitamin D. She now returns 2 years later because of another attack of acute back pain after falling on the ground.

General Objectives
Describe concepts of bone quantity and bone quality and how these are measured.
Explain bone physiology and histology and its role as a structural frame.
Describe common metabolic bone diseases such as osteoporosis and its important societal implications.
Explain how bone repairs.
Global Objectives
Upon completion of this problem, students will be able to describe an approach to osteoporosis.

Tutorial: Diane Bainbridge MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 2

Diane Bainbridge, a 32 year old woman, complains of fatigue and weakness, lower back, and hip pain which she describes as a gnawing ache. She has noticed that this has become progressively worse over the past few months and she finds that getting up from a chair is difficult. She has noticed that her gait has changed. She has known celiac disease and has had associated weight loss and intermittent diarrhea

General Objectives
Discuss bone’s role in homeostasis in conjunction with other organ systems.
Describe common metabolic bone diseases such as osteoporosis and its important societal implications.
Describe less common metabolic bone diseases which help one learn about normal bone.
Explain how bone repairs.
Global Objectives
Upon completion of this problem, students will understand vitamin D physiology, consequences of deficiency, and osteomalacia.

Tutorial: Daniel Gatto MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 2

Daniel Gatto is a 41-year-old stockbroker. Once a top level soccer player, he now plays the game only over weekends, though he is sometimes able to get out for his club's midweek practice session. He enters your walk-in clinic on a Tuesday morning, limping slightly and reporting that he has been having increasing problems with his right knee over the past month. The knee has been intermittently painful and has seemed swollen from time to time. He has also been concerned about what he describes as "a feeling of weakness" of the knee, as though it was about to "give way"

General Objectives
Identify the facets which make up a joint and specifically what is synovial fluid and what role does it play in the joint.
Global Objectives
Upon completion of this problem, students will understand the anatomy and biomechanics of the knee, and explore the mechanisms and pathology of lesions affecting the components.

Tutorial: Ann Green MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 2

Ann Green is a 66-year-old woman who was referred to the rheumatology outpatient clinic by her family physician, Dr. Mac Grad. In his referral note, Dr. Grad states that Mrs. Green has been experiencing joint achiness for the past several years, involving mostly her hands and knees. From time to time, she has also reported low back pain. Her symptoms have always been relatively mild and have never stopped her from carrying on with her general daily activities or her charitable work in the community. What currently concerns Dr. Grad is that Mrs. Green's symptoms have progressed. Usually a rather stoic person, she is now complaining of increased pain in her fingers and both knees. Because of her knee pain, she is having increasing difficulty walking. Whereas previously her pain would always settle after she took some Tylenol, this is no longer the case. On physical examination, Dr. Grad elicits tenderness at several of the proximal (PIP) and distal interphalangeal (DIP) joints of both hands and at the carpometacarpal joint of the left thumb. Heberden's nodes are evident at the DIP joints bilaterally. Tenderness is also present at the joint lines of both knees; and there is (chronic) puffiness on both sides, but more pronounced on the left. Knee flexion is reduced and there is bony crepitus. Radiographs demonstrate osteoarthritic changes at the wrists, the PIP and DIP articulations of the fingers, and moderately severe (tri-compartmental) degenerative changes at both knees.

General Objectives
Explain the homeostatic mechanisms which maintain the joint and the joint capsule.
Describe the constituency of cartilage and how it interacts with synovial fluid.
Discuss degenerative musculoskeletal diseases.
Describe the mechanism of action, the efficacy and adverse effects of Non-Steroidal Anti-Inflammatory Drugs (NSAIDs) and acetaminophen particularly with respect to their role in managing osteoarthritis.
Global Objectives
Upon completion of this problem, students will be able to describe the structure and function of joints and extra-articular soft tissues and the natural history and pathogenesis of osteoarthritis.

Active Large Group Session: Inflammatory Arthritis

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 3

Activity Objectives
Describe the inflammatory cascade.
Describe how alterations in the inflammatory cascade can lead to pathogenesis of certain diseases.
Compare and contrast clinical presentations of rheumatoid arthritis, seronegative spondyloarthropathy, and connective tissue diseases.
Explain how pharmacological therapy functions to suppress inflammation at various parts of the immune response cascade.
Explain how inflammatory conditions have a significant impact on the quality of life of patients affected.
General Objectives
Summarize the basics in immunity, inflammation and the concept of autoimmunity.
Identify that there are many triggers to inflammation and factors that mediate it.

Tutorial: Richard Strang MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 3

Richard Strang, a 50-year-old male with a two-day history of sudden onset of acute pain and swelling of the left great toe, is seen at his family physician's office. It seemed to suddenly start when he awoke two days ago. It is so painful that he could not even tolerate the bed-sheet touching it. Richard works in construction, and routinely enjoys a few beers at the end of the day with his buddies. He had a similar attack in the right knee about 3 months ago, and right 1st MTP about 6 months. He was told that he had "the gout".

General Objectives
Identify that there are many triggers to inflammation and factors that mediate it.
Global Objectives
Upon completion of this case, students will be able to describe gout.

Tutorial: Joan Spaulding MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 3

Joan Spaulding is a 32 year old lady who arrives at your clinic with a history of joint pains in the hand. The pain in her hands was predated by a viral flu that manifested itself as generalized arthralgias and fatigue. The pain has been ongoing for 10 weeks and transformed itself from generalized arthralgias to symptoms in the hands and feet associated with morning stiffness that lasts approximately 1 hour.

General Objectives
Describe how the immune system is closely tied in with many disease entities affecting the musculoskeletal system. Central concepts include inflammation, the adaptive and innate immunities and Th1 and Th2 factors.
Describe the scope and multi-system nature of many autoimmune musculoskeletal diseases.
Describe the clinical difference and approach to monoarthritis and polyarthritis.
Discuss rheumatic disorders, including vascultis and myopathies, that present with overlapping neurological symptoms.
Global Objectives
Upon completion of this problem, students will be able to describe the diagnosis and management of rheumatoid arthritis and will have an approach to extra-articular manifestations.

Tutorial: Jane Young MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 3

Jane Young is a 3 1/2 year-old girl, brought to the Pediatric Medicine Clinic by her mother. For the past 10 days, her right knee has been swollen and stiff. There was no preceding trauma. She seems to have most symptoms in the morning, getting better when she is up and about playing. She seems to have less energy since the swelling was first noted. Her mother has been giving her children's Tylenol but has not noticed any improvement in her symptoms. Her mother thinks her ankles are also "puffy" at times. On examination, Jane appears well, afebrile and is on the 50th percentile for height and weight. No fever or skin rashes. Cardiovascular, respiratory and abdominal examinations unremarkable. Right knee is swollen, warm and effused and Jane stands with this knee slightly flexed. There are mild effusions of both ankles which are also slightly swollen. The pediatrician decides to order a few investigations. Baseline CBC, renal and liver function is unremarkable. ESR moderately elevated at 30. Rheumatoid Factor is negative, but Antinuclear Antibody (ANA) is positive at 1:160.

General Objectives
Describe the scope and multi-system nature of many autoimmune musculoskeletal diseases.
Global Objectives
Upon completion of this problem, students will be able to explain key concepts in Juvenile Idiopathic Arthritis (JIA).

Tutorial: Cindy Edsworth MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 3

Mrs. Cindy Edsworth is a 30 year old African Canadian lady who describes the onset of joint pains which have been on going for 3 months. She describes that the small joints of her hands are constantly aching and over the past 4 weeks she describes having swelling in the PIP and DIP joints of both hands. Over the past week she points out that she is having significant swelling affecting the feet that reaches the ankles. With the onset of the joint pains she developed alopecia and a scarring type rash over the scalp. She has been quite fatigued. She finds she is exhausted when she awakens in the morning and by 6:00 pm she has to go to bed because of persistent fatigue. Cindy also finds that she has become quite irritable. Her temper is easily disturbed and she is also becoming quite argumentative with her husband. Her husband is disturbed by her recent change in mood.

Global Objectives
Upon completion of this problem, students will be able to describe systemic lupus erythematosus.

Clinical Skills Sessions: Wrist, Hand and Ankle, Foot Pain

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 3

Discuss and practice the components of the history and physical exam for the Wrist / Hand and Ankle / Foot.

General Objectives
Detect the difference between bony and soft tissue swelling.
Elicit tenderness around a joint.
Elicit temperature around a joint.
Detect synovitis.
Have an awareness of the difference between active and passive movements.
Perform passive and active movements at all relevant joints.
Detect a loss of full extension and a loss of full flexion.
Assess gait.
Correctly use the terms varus and valgus.
Assess limb reflexes routinely when examining the spine and in other relevant circumstances.
Have an understanding of the term subluxation.
Where appropriate examine neurological and vascular systems when assessing a problematic joint (check for intact sensation and peripheral pulses).
Assess leg length with a tape measure when assessing for a real leg length discrepancy.
Make qualitative assessment of movement (not joint end feel but features such as cog-wheeling).
Assess the median and ulnar nerves.
Be able to localize tenderness within the joints of the hand (palpate each small joint of the hand if necessary).
Assess power grip.
Assess pincer grip in the hand.
Make a functional assessment of the hand such as holding a cup.
Correctly use the term "Heberden's nodes".
Perform Phalen's test.
Detect a painful arc* and frozen shoulder*
Make a functional assessment of the shoulder (can they put their hands behind their head and back?).
Perform external/internal rotation of the shoulder with the elbow flexed to 90 degrees and held in against the patient's side.
Examine a patient's shoulder from behind for scapular movement.
Assess the acromio-clavicular joint (by palpation alone).
Palpate for tenderness over the epicondyles of the elbow.
Palpate for tenderness over the greater trochanter of the hip.
Perform internal and external rotation of the hip with it flexed to 90 degrees.
Perform Trendelenberg's test.
Perform Thomas' test.
Detect an effusion at the knee.
Perform a patellar tap.
Demonstrate cross fluctuation or the bulge sign when looking for a knee effusion.
Test for collateral ligament stability in the knee.
Use the anterior draw test to assess anterior cruciate ligament stability in the knee.
Examine the sole of a patient's feet.
Recognise hallux valgus, claw and hammer toes.
Assess a patient's feet with them standing.
Assess for flat feet (including the patient standing on tip toes).
Recognize hind foot/heel pathologies.
Assess plantar and dorsi-flexion of the ankle.
Assess movements of inversion and eversion of the foot.
Assess the sub-talar joint.
Perform a lateral squeeze across the metatarsophalangeal joints.
Assess flexion/extension of the big toe.
Examine a patient's footwear.
Palpate the spinous processes.
Assess lateral and forward flexion of the lumbar spine (using fingers not tape measure).
Assess thoracic rotation with the patient sitting.

Tutorial: Joseph Collins MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 3

Joseph is a 34-year-old man who arrives at the emergency room having returned from a vacation to Cuba 3 weeks ago. He had profuse diarrhea for about 5 days while he was in Cuba. The diarrhea settled by the time he returned to Canada. His primary concern now is swelling and pain in his right knee, left ankle, and left elbow. He is worried that infection from the diarrhea has somehow gotten into his joints. He asked whether he should have received antibiotics while in Cuba, and whether he needs any right now.

Global Objectives
Upon completion of this problem, students will be familiar with reactive arthritis and recognize that environmental and genetic factors have a significant role in the pathophysiology of rheumatic diseases.

Tutorial: Giuseppe Carnivale MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 4

Giuseppe Carnivale is a 42 year old construction worker who presents with the complaint of gradually increasing weakness in his legs. He has noted difficulty climbing stairs. He feels the strength in his arms is normal, except when working over his head. He admits to mild aching in his muscles, but has no muscle pain or tenderness. The weakness has been insidious. A rash has been present on his face and upper chest for several months.

Global Objectives
Upon completion of this problem, the students will have an overall approach to weakness, and will be able to describe inflammatory muscle disease.

Tutorial: Jake Gamble MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 4

Part One: Jake Gamble, an obese 65-year-old man, presents complaining of back pain that began 5 days ago while shovelling snow. The pain becomes worse when he stands. Part Two: The patient reports he got over that last "attack" in less than a week but has had low back pain ever since. He now returns 2 years later because of another attack of acute back pain after chopping wood. Part Three: The patient returns in 6 weeks because the pain has not decreased. His legs feel "heavy," and he has had some incontinence in the last week.

General Objectives
Develop a basic approach to low back pain and explain its common causes and its investigation and management.
Differentiate between back pain, spine pain and radicular pain.
Global Objectives
Upon completion of this problem, students will be able to describe a basic approach to low back pain and identify its common causes and its investigation and management.

Clinical Skills Sessions: Back Pain, GALS Exam

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 4

Discuss and practice the components of the history and physical exam for the Back and GALS Exam. Demonstrate a focused musculoskeletal examination.

Tutorial: Fred Newman MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 4

Fred Newman, a 32-year-old man, complains of severe low back pain of gradual onset over the past few years. The pain is much worse in the morning and gradually decreases during the day. He denies fever or weight loss but does feel fatigued.

General Objectives
Differentiate between inflammatory and mechanical back pain.
Global Objectives
Upon completion of this problem, students will be able to explain the difference between inflammatory and mechanical back pain, and will have explored ankylosing spondylitis as the prototypical inflammatory spine disease.

Tutorial: Theodore McIntyre MF4 MSK

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 4

Mr. McIntyre, a 69 year old man, has developed a new onset right-sided headache for the last 5 days. He has some pain when he chews his food and has been feeling increasingly fatigued. He has had stiffness in his shoulders and his hips so much so that it takes him at least an hour to get up and move around first thing in the morning. He has started to develop some double vision. He has tenderness when he combs his hair on the right side of his temple. Physical exam reveals a BP of 120/70 (right arm) and 126/68 (left arm), HR 75/min, temp 37. He has tenderness along his R temporal region and the R temporal artery feels thickened.

Global Objectives
Upon completion of this case, students will be able to describe Giant Cell Arteritis as one type of vasculitis.

Active Large Group Session: MSK Radiology

Part 4, Medical Foundation 4, Musculoskeletal Medicine, Week 4

Compare and contrast how various imaging modalities can be best utilized to image the different components of the musculoskeletal system. Develop an approach to the interpretation of MSK radiographs. Develop an approach to the interpretation of the cervical spine radiograph. Compare and contrast the appropriate use of various imaging modalities in the work up of the following cases: Scaphoid fracture; Acute knee pain; Ankle trauma; C-spine trauma.

Activity Objectives
Compare and contrast how various imaging modalities can be best utilized to image the different components of the musculoskeletal system.
Develop an approach to the interpretation of MSK radiographs.
Develop an approach to the interpretation of the cervical spine radiograph.
Compare and contrast the appropriate use of various imaging modalities in the work up of the following cases: Scaphoid fracture; Acute knee pain; Ankle trauma; C-spine trauma.

Active Large Group Session: Integrated Radiology - Anatomy - Nervous System (IARS)

Part 4, Medical Foundation 4, Neuroscience

Motor and sensory pathways. Brain surface anatomy. Lobes. Ventricles. Brainstem. Midline sagittal structures. Basal Ganglia. Cerebellum. Cranial nerves.

Clinical Skills Practice Sessions: Neuro Clinical Skills

Part 4, Medical Foundation 4, Neuroscience

These practice sessions are intended to improve standardization of teaching across groups and to provide tutorial groups with opportunities to focus on areas of particular concern to the group.

General Objectives
Mental status: MMSE (if the patient is not in delirium) and aphasias, level of consciousness.
Correlate clinical findings with neurophysiology (EEG, EVP, EMG).
Cranial nerves examination.
Motor system: inspection, tone strength, coordination, power grading (1 to 5), reflexes (grading), Babinski response, gait and posture.
Cerebelar testing: Romberg, standing balance, pointing, tremor.
Ophthalmology examination.
Special tests: primitive reflexes, meningitis.

Tutorial: Mandy Wallsmith (Part 2) MF4 Neurology

Part 4, Medical Foundation 4, Neuroscience, Week 1

Six months after her previous presentation of transverse myelitis, from which she completely recovered, Mandy Wallsmith returns with complaints of bilateral visual loss (worse on the right). The problem started two days ago with pain in and behind her right eye, worse when she would look to the left or right. Yesterday, she began to notice that she wasn't seeing well out of her right eye. Today her vision seems worse, although the pain is a little better. On examination, her visual acuity is found to be 20/80 in the left eye (OS) and 20/400 in the right eye (OD). Visual field appears to be normal in the left eye, but she can only detect hand motion (not finger counting) in all quadrants with the right eye. She finds that colours look less vivid with her right eye - especially red, which looks "kind of gray".

General Objectives
Recognize the anatomy and physiology of the eye; cones, rods, eye ball, optic nerve.
Describe the anatomy of optic nerve and optic chiasm.
Explain the basic pathophysiology and common clinical presentations of multiple sclerosis.
Global Objectives
Upon completion of this problem, students should be able to discuss the anatomy and physiology of the eye and optic nerves.

Clinical Pathology Conferences (CPC): Neuro Week 1

Part 4, Medical Foundation 4, Neuroscience, Week 1

45 yr old male noticed some clumsiness and weakness of the left hand.

Clinical Skills Sessions: Neurology Exam: Practice Case – Altered Level of Consciousness

Part 4, Medical Foundation 4, Neuroscience, Week 1

Discuss and practice the components of the history and physical exam for a patient presenting with a loss of consciousness or an altered level of consciousness. Discuss and practice the components of the screening neurological examination.

Tutorial: Mandy Wallsmith (Part 1) MF4 Neurology

Part 4, Medical Foundation 4, Neuroscience, Week 1

Mandy Wallsmith is a 19-year-old young lady who has been brought to the Emergency Department because of problems walking. Approximately one week ago, she noticed some numbness in her left leg. She thought she had slept on it the wrong way initially, but then the numbness persisted. The next day she fell while skating and landed on her backside. Over the next few days, she reports feeling significant pain in her lower back and progressive “heaviness” in her left leg. She began having difficulty lifting her left leg. She also noticed that her right leg seemed to feel cold when she showered. After speaking to her parents about her symptoms, she was brought to a walk-in clinic where an x-ray of the spine was ordered. This reported no fractures, and Mandy was advised to follow-up with her family doctor if her symptoms did not improve in the next few days. When she started to have episodes of urinary incontinence, her parents became very concerned, and decided to bring her to the Emergency Department.

General Objectives
Explain the organization of the two major sensory systems of the spinal cord.
Differentiate peripheral versus central loss of sensation.
Contrast upper versus lower motor neuron dysfunction.
Global Objectives
Upon completion of this problem, students should be able to describe the anatomy and physiology of the spine.

Small Group Session: Neuro Team based learning session #1

Part 4, Medical Foundation 4, Neuroscience, Week 1

Neuroanatomic Localization, Spinal Cord Pathology, Concussion

Activity Objectives
Develop an approach to localize the cause of neurologic weakness.
Appreciate the role of cortical, brainstem, and spinal cord neuroanatomy in clinical localization.
Appreciate the importance of left/right lateralization and UMN vs. LMN findings in localization.
Describe spinal cord anatomy.
Describe the clinical presentation seen with different patterns of spinal cord lesions (e.g., complete transection, hemicord lesion, etc.).
List the clinical signs and symptons that suggest spinal cord involvement.
Relay how to clear a c-spine.
Discuss the Return to Play guidelines.
Be aware of red flags when evaluating traumatic head injury.
Understand the pathophysiology of concussion and its heterogenous presentation as it pertains to cortical function.

Large Group Session: Intro to Neurology subunit and Intro to Neurosciences

Part 4, Medical Foundation 4, Neuroscience, Week 1

How much Neuro do you need to know? What do residency program directors expect? Weekly themes: Week 1:Muscle, NMJ, Nerve. Week 2: spinal cord, brainstem. Week 3: Basal Ganglia, Limbic system. Week 4: Cerebral cortex. Muscle. Localization. Neuromuscular junction. Nerve. Resting potential. Post-synaptic potentials. Anterior horn. Central vs. peripheral nervous system. Spinal cord. Brainstem. Cerebellum. Limbic system. Basal Ganglia. Cerebral cortex.

Tutorial: Neil Wartson (Part 1) MF4 Neuro

Part 4, Medical Foundation 4, Neuroscience, Week 1

Neil Wartson is a 4-year-old boy who is being seen by his family doctor for right-sided hearing loss. According to his mother, his hearing was fine at birth (based on the initial screening tests performed), but seems to have slowly worsened on the left over time. He began complaining of “ringing” in his right ear approximately 6 months ago. It was initially intermittent, but seems to have become more constant over time. He is also reported to have difficulty responding when spoken to on the right side. He is otherwise well and developmentally normal. There is a family history of bilateral hearing impairment in Neil’s father. This has not previously been investigated. On examination, Neil is found to have reduced hearing to whispered words on the right. Rinne and Weber’s tests support sensorineural hearing loss on the right. The family doctor orders formal audiology testing and a sedated MRI. She also suggests that it might be helpful for Neil’s father to be assessed for his hearing loss.

General Objectives
Discuss the anatomy and physiology of the ear and auditory system.
Differentiate between central and peripheral hearing loss.
Global Objectives
Upon completion of this problem, students should be able to describe the anatomy and physiology of the auditory system.

Tutorial: Neil Wartson (Part 2) MF4 Neuro

Part 4, Medical Foundation 4, Neuroscience, Week 1

Neil Wartson is brought back to his family doctor 6 months later. The MRI has still not been performed, but the audiology testing confirmed severe sensorineural hearing loss on the right. Upon entering the office, Neil’s mother is very upset and agitated. Over the last month, she has noticed that Neil has become clumsier and is falling frequently. He also has started to rub his eye a lot and complains that things are “fuzzy”. She also reports that, since the last visit, Neil’s father has been investigated for his hearing loss. He is currently being worked up for Neurofibromatosis Type II. Neil’s mother has looked this up on the internet and is convinced that Neil has this as well.

General Objectives
Identify major structures in the brainstem and recall their basic functions.
Describe some basic concepts surrounding brain tumor development.
Global Objectives
Upon completion of this problem, students should be able to recognize the basic anatomy and function of some of the structures of the brainstem.

Tutorial: Brenda Farnett MF4 Neurology

Part 4, Medical Foundation 4, Neuroscience, Week 1

Brenda Farnett, an 82-year-old right-handed woman, was reviewed in the stroke prevention clinic for a possible TIA. Her past medical history included hypertension, treated hypothyroidism, and diet-controlled type II diabetes. Her medications included ASA, HCTZ, and eltroxin. She was initially referred from her family physician's office for evaluation of an episode of right-sided weakness and numbness, mostly involving the arm, lasting about 15 minutes. Her examination in the clinic showed her to be mildly hypertensive at 150/90, and with a regular pulse at 76. Her neurological examination was normal. Her EKG done that day was normal (sinus rhythm). An urgent carotid ultrasound was arranged and she was started on clopidogrel 75 mg OD, ramipril 2.5 mg OD, and atorvastatin 10 mg OD. On the following morning she awoke with mild right-sided weakness and an inability to speak. Her husband immediately called 911. She was taken to the nearest hospital.

General Objectives
Describe the structure of the neuron, axon, synapse.
Review the basic organization of the cerebral hemispheres.
Recognize major cerebral blood vessels.
Discuss the mechanisms and consequences of cerebral ischemia.
Identify the clinical symptoms of stroke.
Global Objectives
Upon completion of this problem, students should be able to discuss the cortical organization of language.

Tutorial: David Beatty MF4 Neurology

Part 4, Medical Foundation 4, Neuroscience, Week 2

David Beatty is a 5 year old boy brought to his family doctor by his mother. She is concerned about his clumsiness. He had always been a little 'slow' with his gross-motor milestones. His mother recalled that he did not start walking until he was 20 months old. As he has gotten older, he has seemed less able to keep up with other children his age. As an example she explains that she sees other kindergarten children at the school playground who all seem to be able to run, climb and hop without difficulty. But not David. He is slow, cannot climb well, and falls very often. He also tires out quickly. She worries that maybe he has a problem with the bones in his legs, or maybe a problem with his hips. On examination, David is 111 cm tall (50th percentile), weighs 21 kg (75th percentile), and has a head circumference of 52 cm (75th percentile). He is a happy boy and is eager to tell stories about his teacher and classmates. When standing he has a prominent lordotic curve to his back. He has difficulty climbing up on the examination table, but insists on doing it himself. His heart, lungs and abdomen appear normal. His joints have full range of motion and he does not appear to have any joint or bone pain. His muscle bulk appears to be good - in fact he has large, muscular-looking calves. His deep tendon reflexes are normal (grade 2 out of 4).

General Objectives
Discuss the microscopic structure of muscle and the process of muscle contraction/relaxation.
Recognize the major milestones for gross motor development.
Differentiate inflammatory myopathies, metabolic myopathies, congenital structural myopathies, and dystrophies.
Develop an overall approach to weakness, leading into the neuroscience subunit.
Global Objectives
Upon completion of this problem, students should be able to describe normal muscle function.

Anatomy Lectures: Motor Pathways

Part 4, Medical Foundation 4, Neuroscience, Week 2

Parts of the central nervous system. Cerebral cortex: thinking, memory, voluntary motor movements sensory perception. White matter vs. grey matter. Superficial features of the cerebrum: fissures, sulci and gyri. Lateralization of function in the cerebral cortex. Frontal lobe. Parietal lobe. Occipital lobe. Temporal lobe. Spinal cord reflexes. Corticospinal tracts. Upper and lower motor neuron lesions. Corticobulbar tracts. Coordination of movement. Influence of Basal ganglia.

Clinical Skills Sessions: Neurology Exam: Practice Cases – Vertigo, Headache

Part 4, Medical Foundation 4, Neuroscience, Week 2

Discuss and practice the components of the history and physical exam for a patient presenting with vertigo. Discuss and practice the components of the history and physical exam for a patient presenting with headache.

Clinical Pathology Conferences (CPC): Neuro Week 2

Part 4, Medical Foundation 4, Neuroscience, Week 2

Harry is a 64-year-old with new-onset seizures (L arm jerking then loss of consciousness) lasting 20min in duration, with 3h before returning to baseline. On context of intermittent headache & blurry vision for few months, 3wks of progressive, insidious onset L arm weakness.

Large Group Session: Neuro Toolbox - Muscle/nerve histology, physiology and EMG-NCS

Part 4, Medical Foundation 4, Neuroscience, Week 2

Muscle and nerve neuropathology basics. Clinical examination. Muscle enzymes CPK. Electrophysiology EMG. Muscle biopsy. Type 1 and 2 muscle fibers. Muscular Dystrophies. Inflammatory Myopathies. Congenital myopathies. Metabolic muscle disease. Mitochondrial disease. Peripheral nerve and motor unit. Electromyogram (EMG) and Nerve Conduction Studies (NCS).

Small Group Session: Neuro Team based learning session #2

Part 4, Medical Foundation 4, Neuroscience, Week 2

Dizziness, meningitis, stroke, headache

Activity Objectives
Recognize the signs and symptoms of stroke
Appreciate the initial management of stroke
Differentiate between the different meanings of the term “dizziness” (e.g., vertigo vs. presyncope vs. unsteadiness).
Differentiate central vs peripheral causes of vertigo.
Appreciate the role of the brainstem as it pertains to “dizziness”, vertigo, syncope, unsteadiness.
Discuss your approach to a patient with dizziness.
Identify clinical and laboratory features that suggest meningitis.
Interpret the CSF analysis of patients presenting with a differential diagnosis that includes meningitis.
Discuss your approach to the initial management of meningitis.
List the red flags that suggest a worrisome cause of headache.
List the different types of headache commonly encountered.
Provide a basic strategy for managing simple migraine headaches

Active Large Group Session: Neuroimaging

Part 4, Medical Foundation 4, Neuroscience, Week 2

Activity Objectives
Develop a basic approach to interpreting head CT in the emergent and “on-call” setting.
Identify major emergent findings on head CT.
Understand appropriate imaging workup for various common clinical presentations: head trauma, headache, stroke, seizure, altered mental status, low back pain.

Anatomy Lectures: Visual System

Part 4, Medical Foundation 4, Neuroscience, Week 2

Motor aspects of vision. Extraocular eye muscles. Coordinated eye movements. Accommodation. Pupil responses. Pull and action of rectus muscles. Right third nerve palsy. Abducent (6th) nerve palsy. Left fourth nerve palsy. Control of eye movements. Saccades (conjugate eye movement). Nystagmus. Lesions to the medial longitudinal fasciculus. Ciliary body. Lens. Presbyopia. Lens cataracts. Pupillary constriction. Function of the Iris. Sensory aspects of vision. Sclera. Cornea. Visual pathway. Glaucoma.

Tutorial: Andrea Holmes MF4 Neurology

Part 4, Medical Foundation 4, Neuroscience, Week 2

Andrea, an 84-year-old woman, is accompanied by her niece to her family physician's office. Andrea has been living on her own ever since her husband died 10 years ago. Her niece Bev would occasionally pick up some groceries for her aunt. Andrea was always proud to be independent. As she got older, Bev noted that her aunt was a bit forgetful, but put that down to simply getting older. Last month her aunt's neighbour called Bev to tell her that her aunt's hydro was disconnected. Bev was surprised. Her aunt hadn't called her that there was any trouble. Bev noted that her aunt hadn't really called her much over the last few months. Bev went over to her aunt's house. Her aunt greeted her at the door. Her aunt was surprised to see her, even though Bev had called her that day to tell her that she was coming to visit. Bev was surprised to see that her aunt had lost a fair amount of weight. She was even more surprised about the unkempt nature of her aunt's house. This was a woman who prided herself on organization and cleanliness. After much discussion and arguing, Andrea agreed to see her family physician for a routine checkup. She hadn't been to the doctor's for some time.

General Objectives
Explain the pathophysiology and clinical presentation of dementia.
Describe the basic anatomical substrate of memory.
Global Objectives
Upon completion of this problem, students should be able to discuss the concept of dementia.

Tutorial: Ivan Nettar MF4 Neurology

Part 4, Medical Foundation 4, Neuroscience, Week 2

Ivan is a 68 year old man who has enjoyed excellent health in the past. His only medication is hydrochlorothiazide for mild hypertension. For the past few weeks he noticed that by the end of the day he had difficulty focusing his eyes and keeping them open. He decided to see his family physician when the other day his vision became double. On the day of the visit, Ivan was feeling even worse. His double vision was present shortly after lunch and he felt generally weak. On observation, it was clear that Ivan had a right-sided ptosis. He kept closing one eye and then the other, complaining that otherwise his vision was double. His voice seemed mildly hoarse. Blood pressure was normal at 135/80. General physical examination of the heart, lungs, and abdomen was normal. Neurological examination showed that the pupils were equal and reactive. A prominent ptosis was present on the right. The extra ocular movements were abnormal with dysconjugate gaze present intermittently and not consistently on lateral, upward, and downward gaze. The other cranial nerves were normal. Tone was normal in the limbs. He had some difficulty holding up his arms in the air for more than a couple of minutes. He had some difficulty doing more that 5 deep knee bends. Sensation was normal and the reflexes were all present and symmetric. The plantar responses were down going. You ask Ivan to close his eyes and rest them for a few minutes while you make some notes. You ask him then to open his eyes and temporarily the double vision is much better and the ptosis is almost gone! A referral is made to the neurologist on call. She asks that you send Ivan to the emergency room so that she can perform a tensilon test to confirm the diagnosis.

General Objectives
Identify the anatomy and describe the physiology of the neuromuscular junction.
Global Objectives
Upon completion of this problem, students should be able to describe the normal function of the neuromuscular junction.

Anatomy Lectures: Sensory Systems

Part 4, Medical Foundation 4, Neuroscience, Week 3

Sensory pathways of the somatosensory system. Reflexes. Cross extensor reflex and central pattern generators. Parts of the Central Nervous system: cerebral cortex, diencephalon, brainstem, cerebellum, spinal cord. Peripheral nerves. Skin. Cutaneous nerve receptors. Testing the 5 sensory modalities (pain, temperature, pressure, touch, vibration). Cutaneous receptors. Deep receptors. Sensory Homunculus. Dorsal columns quantitative sensations (touch, pressure and proprioception (position)). Spino-thalamic tract qualitative sensations (pain and temperature). Gate control of pain. Reflex descending control of pain. Role of enkephalins and endorphins. Neuropathic pain. Romberg Test. Olfactory pathways.

Clinical Pathology Conferences (CPC): Neuro Week 3

Part 4, Medical Foundation 4, Neuroscience, Week 3

67 year-old woman reporting numbness and tingling in feet. Started in toes and has progressed to entire foot over the past 12 months. Feels like “walking on socks” even when her feet are bare. Especially bad at night and in morning upon awakening. Toes have also started feeling “heavy”, hard to wiggle.

Tutorial: Shelley Clerke MF4 Neurology

Part 4, Medical Foundation 4, Neuroscience, Week 3

Shelley Clerke is a 72-year-old woman who has had Parkinson's disease for over 10 years. Initially the disorder presented with tremor on her right side. She has been managed by her family doctor and local neurologist. Over the years her medications have been adjusted and new medications added to control her symptoms. More recently, she is experiencing increasing difficulty with activities such as eating and signing her name due to the tremor. Two years ago she started using a rollator walker when her balance and overall mobility made it difficult for her to ambulate in the community with just a cane. Today she has an appointment with her neurologist. The neurologist notes the increase in tremor and her poor overall mobility compared to when he last reviewed her 6 months ago. Her Parkinson medications include: Levodopa/carbidopa 250/25 mg QID, entacapone 200 mg QID, ropinirole 3 mg QID, and amantidine 100 mg BID. On examination she has an obvious and severe right-sided resting tremor that does not completely stop when she raises her arms. She has difficulty getting out of the chair and on to the examination table.

General Objectives
Discuss the anatomy, physiological connections, and neurochemistry of basal ganglia.
Describe the role of the basal ganglia in the control of movement.
Recognize signs of basal ganglia dysfunction.
Explain the pathophysiology and clinical presentation of Parkinsonism.
Describe the mechanism of action for the drugs used in the treatment of Parkinsonism.
Global Objectives
Upon completion of this problem, students should be able to describe the anatomy and basic functional circuitry of the basal ganglia.

Tutorial: Carmen Shellinger MF4 Neurology

Part 4, Medical Foundation 4, Neuroscience, Week 3

Carmen Shellinger is a 32-year-old office manager at a local law firm. Her regular office duties include transcription for the senior partner. Over the past few weeks she has noticed pain in the right wrist at the end of the day. On some occasions she has been awakened at night by pain, tingling and numbness in the right hand. After shaking the hand, the symptoms seem to settle down and she has been able to fall asleep. Her symptoms have become more persistent and she decides to seek her doctor's help. Carmen is otherwise healthy and general inquiry identifies only occasional neck and shoulder pain. The results from the neurological examination are normal. Phalen's manoeuvre reproduces her symptoms in the right hand that she has experienced at night. Tinel's sign provokes numbness into the lateral 3 fingers of the right hand.

General Objectives
Identify the anatomy and describe the physiology of the neuromuscular junction.
Recognize the presentation and articulate the management of neuromuscular junction disorders.
Explain the consequences of nerve trauma.
Describe how to perform an appropriate examination of sensation.
Global Objectives
Upon completion of this problem, students should be able to describe the microscopic anatomy and physiology of a peripheral nerve.

Tutorial: Ron Chen (Part 2) MF4 Neurology

Part 4, Medical Foundation 4, Neuroscience, Week 3

Remember back in MF1... Ron Chen is a 25 year old computer sciences graduate student who had been previously well. Three weeks ago he suffered a viral gastroenteritis from which he has recovered. Over the past week, he has noticed increasing weakness of his limbs, starting with his legs, and progressing to involve his arms. He reports he has experienced patchy areas of sensory loss, symmetrically (glove and stocking distribution). He has also noticed occasional clumsy speech and facial weakness. He is admitted to the hospital (medical ward) with a diagnosis of Guillain Barré syndrome. You see him in followup 12 months later. After spending 3 weeks in hospital, 4 weeks in a rehabilitation center and then having physiotherapy for the rest of the year, Ron is almost completely back to normal. He still reports some weakness with extension of his toes on the right, but this does not impair his functioning. During his visit, he asks if he will ever get the strength back in his toes, and whether this could happen again

General Objectives
Discuss the following electrophysiological concepts surrounding excitable cells: 1) resting potentials, 2) post-synaptic potentials, 3) action potential generation and propagation in unmyelinated and myelinated neurons.
Explain the clinical presentation and pathophysiology of length dependant neuropathies.
Global Objectives
Upon completion of this problem, students should be able to describe the fundamentals of nerve conduction in health and disease.

Small Group Session: Neuro Team based learning session #3

Part 4, Medical Foundation 4, Neuroscience, Week 3

Muscle Weakness, Peripheral Neuropathy

Activity Objectives
List some of the common causes of weakness (e.g., muscle problem (e.g., myopathy, myositis), brain problem (e.g., stroke, trauma), etc.).
Describe the features on history and physical exam that suggest a particular cause for weakness (i.e., help to localize the lesion).
Discuss your approach to a patient presenting with weakness.
Explain the utility of some of the tests used to assess muscle disorders (e.g., EMG/NCS, muscle biopsy).
Differentiate between mononeuropathies, radiculopathies, and polyneuropathies based on clinical signs and symptoms.
List disorders that commonly cause neuropathies.
Explain your approach to a patient with sensory/motor problems secondary to nerve dysfunction.

Tutorial: Petter Khant MF4 Neurology

Part 4, Medical Foundation 4, Neuroscience, Week 3

Petter Khant, a 6-year-old boy, is brought to his family doctor by his mother because of concerns that he is not learning in school. He is described as a "high energy child", always on the go. He has a very short attention span. His teacher sent along a note explaining that Petter is well behind the expectations for this age. His classmates are learning the sounds that go with different letters, but Petter does not yet even have a concept of letters or numbers. His vocabulary seems very limited, both receptive and expressive. His mother recalls no concerns about his early development. She remembers him as a generally healthy baby. He started to crawl at 9 months and could walk on his own by 13 months. He only began to use a few single words at 2 years of age. A hearing test done at that time was normal.

General Objectives
Recall major normal neurodevelopmental milestones in child development.
Define “developmental delay”.
Review the genetic concept of trinucleotide repeats and anticipation.
Global Objectives
Upon completion of this problem, students should be able to discuss and identify normal and delayed neurodevelopment in childhood.

Clinical Skills Sessions: Neurology Exam: Practice Case – Weakness

Part 4, Medical Foundation 4, Neuroscience, Week 3

Discuss and practice the components of the history and physical exam for a patient presenting with weakness. Develop an approach to differentiating patterns of upper motor neuron weakness versus lower motor neuron weakness.

Clinical Skills Sessions: Neurology Exam and Neurology Subunit Assessment: Practice Case – Numbness

Part 4, Medical Foundation 4, Neuroscience, Week 4

Discuss and practice the components of the history and physical exam for a patient presenting with numbness. Demonstrate the screening neurological examination.

Clinical Pathology Conferences (CPC): Neuro Week 4

Part 4, Medical Foundation 4, Neuroscience, Week 4

Nancy: 50-year-old female, one year of involuntary movements. The movements wax and wane during the day, but completely stops while asleep. Movements were initially subtle but progressive over time. Five years ago, she was fired from her job due to impulsivity and anger issues. Since this time, she has been unemployed, withdrawn, and depressed

Large Group Session: Aphasia

Part 4, Medical Foundation 4, Neuroscience, Week 4

Connections between Wernicke's and Broca's areas, mediating expression of language utterances in speech. Broca's area and the primary motor area. Primary auditory perception and Wernicke's area. Connection between vision and Wernicke's area, mediating reading ability. Somatosensory perception (tactile, pain, cold/hot, position sense) and Wernicke's area. Key aspects to aphasia: Lesion, insult in the dominant hemisphere; Impaired naming; Is repetition impaired? Is comprehension impaired? Is reading and writing impaired?

Tutorial: Emily Slott MF4 Neurology

Part 4, Medical Foundation 4, Neuroscience, Week 4

Emily Slott is a 10-year-old girl who has been brought to the Emergency Department with a new onset of seizures. Emily is reported by her parents to have been previously healthy and developmentally normal. She began complaining of headache and fatigue yesterday. She was given some acetaminophen and went to bed. When her mother checked on her, she had an oral temperature of 39.9°C. She was very sleepy, but took more acetaminophen. This morning, when her mother was going past Emily’s room, she heard some unusual thumping and gurgling noises. When she entered the room, she found Emily laying in bed “stiff as a board”, “frothing at the mouth”, with “her whole body shaking” and “her eyes rolled back in her head”. From when her mother found her, the event lasted an additional 2-3 minutes. After the shaking stopped, Emily became limp and unresponsive. She was still febrile. EMS was called and Emily was brought to the hospital.

General Objectives
Identify the structures that comprise the limbic system and recall their basic functions.
Recognize the clinical signs that suggest limbic system dysfunction.
Explain how the brain protects itself against infection.
Differentiate encephalitis from meningitis.
Define seizures, epilepsy, and status epilepticus.
Review the classification of seizures.
Describe the mechanism of action for the drugs that are frequently used in the treatment of seizures.
Describe the basic anatomical substrate of memory.
Global Objectives
Upon completion of this problem, students should be able to recognize the anatomy and discuss the overall functioning of the limbic system.

Anatomy Lectures: Circulation and CSF

Part 4, Medical Foundation 4, Neuroscience, Week 4

Meninges. Ventricles. Cisterns. Circle of Willis. Brain herniation. Stroke. Aneurysm.

Small Group Session: Neuro Team based learning session #4

Part 4, Medical Foundation 4, Neuroscience, Week 4

Gait Disturbance, Movement disorders, Febrile Seizures

Activity Objectives
List some of the conditions that can commonly cause gait problems.
Discuss your approach to a patient presenting with abnormal gait.
Describe how different gait patterns can help localize the potential cause of abnormal gait.
Describe the pathophysiology of febrile seizures.
Differentiate between complex and simple febrile seizures.
Classify common movement disorders (bradykinetic/akinetic vs. hyperkinetic).
Describe your approach to evaluating a patient with a movement disorder.

PC Session: Health Inequities: Early Childhood Development

Part 4, Professional Competencies 4, Week 1

In this session, we will continue the conversation on the complex topic of the Social Determinants of Health with a focus on early childhood.

General Objectives
Describe the determinants of health and how the differential distribution of these determinants influences health status (health gradient) both within and between populations.
Illustrate how diverse factors (sociocultural, psychological, economic, occupational, environmental, legal, political, spiritual, and technological) interact to influence the health of an individual and the population.
Plan and advocate for an appropriate course of action at both the individual- and population-level that responds to the diverse factors influencing their health.

PC Session: Gender in Medicine

Part 4, Professional Competencies 4, Week 2

Dr. May Cohen is a brilliant Canadian physician and women’s rights trailblazer. For over 60 years, she has advocated powerfully in Canada and internationally for women’s reproductive rights, women’s health and women physicians’ advancement — and in the end, for us all.

General Objectives
Analyze and critically reflect on how the impact of physician power and privilege may contribute to disparities through biased care.
Analyze the influence of gender on health concerns and health care provision.
Recommend responses to key social and cultural factors that lead to poor health outcomes for individuals, families, and communities.

PC Session: HEART

Part 4, Professional Competencies 4, Week 3

Health and Equity through Advocacy, Research and Theatre (HEART). HEART is a medical student-led, inter-professional education program which aims to improve health care for marginalized populations through the use of simulation-based learning and participatory theatre.

General Objectives
Illustrate how diverse factors (sociocultural, psychological, economic, occupational, environmental, legal, political, spiritual, and technological) interact to influence the health of an individual and the population.
Describe approaches and challenges to working with different vulnerable populations to improve their health. (ex. people experiencing homelessness; people at extremes of the age continuum).

e-Learning Module: Anti-Black Racism Education for Clinicians: A Strength Based, Trauma Informed Approach

Part 4, Professional Competencies 4, Week 4

This module analyzes how structural/institutional racism impacts the mental healthcare of children and youth from Black communities and makes recommendations on how we can overcome these structural barriers to support them.

Activity Objectives
Understand the historical role of structural racism in mental healthcare.
Investigate the historical context and exclusionary practices that have impacted the treatment of children and youth from Black African and Caribbean communities.
Identify inequities in access to care.
Determine the relationship between migration and the increased risk of psychosis.
Learn about trauma-informed approaches to mental health care.

PC Session: Hidden Curriculum

Part 4, Professional Competencies 4, Week 4

Define the concept of the “Hidden Curriculum.” Reflect on what forces allow the Hidden Curriculum to exist. Develop strategies to address Hidden Curriculum. Understand the impact of the Hidden curriculum on patients, learners and the healthcare system in general.

General Objectives
Describe professionalism as it applies to medical student practice, including formal education and clinical experiences and informal functioning within the Faculty of Health Sciences.

PC Session: Communication Skills 4

Part 4, Professional Competencies 4, Week 5

During this session, students will demonstrate the ability to apply the final three elements of the Kalamazoo Guidelines for Effective Communication. Elements include: Sharing information, reaching agreement, providing closure.

General Objectives
Illustrate how being a good communicator is a core clinical skill for physicians, and how effective physician-patient communication can foster patient satisfaction, physician satisfaction, adherence and improved clinical outcomes (CanMEDS 2015).
Demonstrate how to perform the basic communication and interpersonal skills that are required to accomplish each of the specific and discrete tasks defined in the Kalamazoo Consensus Statements. (1999, 2002).
Summarize the concepts, principles, and research evidence that support the importance and efficacy of developing communication and interpersonal skills in medicine.

PC Session: Medical Colonialism and Access to Healthcare for Indigenous People

Part 4, Week 6

Residential school system and current impacts of health care access for Indigenous people. Colonialism - Residential School Experience.

General Objectives
Justify how knowledge from the social sciences and humanities contributes to medical practice.
Summarize different “ways of knowing” about the body and how these ways affect the clinical encounter.
Illustrate how diverse factors (sociocultural, psychological, economic, occupational, environmental, legal, political, spiritual, and technological) interact to influence the health of an individual and the population.
Analyze and critically reflect on how the impact of physician power and privilege may contribute to disparities through biased care.
Discuss the historical and contemporary events and the systemic factors influencing current practices and issues regarding Indigenous Health and anti-Indigenous racism, all of which impact current and future practitioners, individuals, and communities.
Identify opportunities to educate and reflect on events of Indigenous self-determination, cultural preservation and growth to foster allyship in Indigenous Healthcare and community settings.
Demonstrate awareness of how social contexts and epistemological perspective, such as privilege and power, contribute to uncertainty and ethical challenges in practice.
Recommend responses to key social and cultural factors that lead to poor health outcomes for individuals, families, and communities.
Plan socially-just courses of action in order to respond to the diverse factors that intersect and overlap to influence the health of the individuals, families and communities.

PC Session: Ethical Issues in End-of-Life Care

Part 4, Professional Competencies 4, Week 7

Probably some of the most discussed issues in health ethics are raised in the context of end-of-life care. Questions around when to provide or stop treatment and how best to respect individuals' wishes have been debated publicly and personally for generations. In this session you will have a chance to explore some debates around withholding and withdrawing treatment, decision-making and advanced directives and notions of futility or burdensome treatment.

General Objectives
Employ and critically evaluate ethical theories and principles when exploring learning scenarios and reasoning about ethical challenges in the clinical setting.
Summarize the ethical, legal obligations and duty of care that physicians have for patients, colleagues and, communities, and the tensions that may arise from these responsibilities.
Integrate moral reasoning and judgment with communication, interpersonal, and clinical skills to provide the patients with effective and ethical care.

PC Session: Physician Humanity Panel #3 - The Good, the Bad, and the Ugly of Career Selection

Part 4, Professional Competencies 4, Week 8

This session will focus on aspects of career exploration and choice, touching upon themes related to challenges and influences on discipline choice, and changing discipline choice late in medical school or after a CaRMS non-match or in/after residency.

General Objectives
Illustrate strategies to cope adaptively with stresses likely to occur during medical training and practice.

PC Session: Developmental Disabilities

Part 4, Professional Competencies 4, Week 9

The developmental disabilities session is designed to generate more capable (comfortable, confident and competent) physicians and partners in person and family - centred care to people with developmental disabilities.

General Objectives
Describe the determinants of health and how the differential distribution of these determinants influences health status (health gradient) both within and between populations.

PC Session: Global Health

Part 4, Professional Competencies 4, Week 10

This session will introduce you to the major factors that influence the health of populations worldwide and the complexity of global health issues and ethics.

General Objectives
Define and discuss concepts of health, wellness, illness, disease, and sickness (including WHO and Health Canada definitions, Lalond Report, Ottawa Charter for Health Promotion).
Know how to access and collect health information to describe the health status of a population.
Describe the types of data and common components (both quantitative and qualitative) used in creating a community needs assessment.
Identify the ways in which health systems (federal, provincial, municipal, private, non-governmental) can address structural barriers to reduce inequities in health status between population groups.
Describe the role that physicians can play in promoting health and preventing diseases at the individual and population level.
Describe the professional responsibility of the physician as Health Advocate in advancing the health and well-being of individuals, communities and populations.

PC Session: Foundations of Resource Stewardship

Part 4, Professional Competencies 4, Week 12

Resource Stewardship is a complex concept and skill set that is necessary for effective and efficient medical care. Some principles from the Choosing Wisely initiative and inherent in the medical practice of resource stewardship will be covered.

General Objectives
Appraise, incorporate principles of resource stewardship to, and apply acquired knowledge into medical decision-making.
Incorporate patient, inter-professional team, and system factors into medical decision-making.

PC Session: Medical/Legal Issues

Part 4, Professional Competencies 4, Week 12

Provide an overview of key medico-legal issues. Provide an awareness of your role in mitigating or minimizing risk exposures. Knowledge of where and when to seek assistance should you find yourself in potential risk-laden situations. A reminder to take care of yourself when coping with the stress of patient outcomes, complaints and legal actions.

Activity Objectives
Students will be able to describe the key medico-legal challenges facing students who are entering a clinical environment.
Students will be able to explain the significance of good team communication in promoting patient safety.
Students will learn the essential elements of sound record-keeping.
Students will analyze cases that illustrate key medico-legal issues.
General Objectives
Judge when additional expertise is needed in the resolution of ethical choices and where to find appropriate resources (help, laws, policies, etc.) to obtain this help.
Summarize the ethical, legal obligations and duty of care that physicians have for patients, colleagues and, communities, and the tensions that may arise from these responsibilities.
Demonstrate management of practice environments, including charting, public reporting expectations, and malpractice risks.
Demonstrate appropriate behaviours, habits, and skills required for referral and consultation.
Apply standards of care, institutional policies, and standard operating procedures.

e-Learning Module: American Academy of Dermatology Part 5

Part 5, Integration Foundation

Actinic Keratosis and Squamous Cell Carcinoma. Basal Cell Carcinoma. Melanoma. Hair Loss.

Tutorial: Arielle D

Part 5, Integration Foundation

Arielle is a 41 yr old female presenting to her family doctors office with concerns of irregular menstrual cycles and painful intercourse. Arielle states she has noticed increased episodes of spotting in between her menstrual cycles over the past 8 months. Arielle has also noticed increased vaginal discharge and abdominal cramping at times with associated swelling of her legs. Arielle thought her lower leg symptoms were a result of her long work hours and standing for long periods of time. Arielle immigrated to Canada from the United States 15 years ago. She works as a daycare attendant and a waitress on the weekends to support her parents who reside with her and her partner. Arielle did not have regular access to healthcare as a teenager while living in Florida with her parents who immigrated to the US from Mexico shortly after Arielle was born. Arielle did not receive any vaccinations as a child or as a teenager. Arielle was sexually active at the age of 14 with multiple partners before her husband. She has been in a monogamous relationship for the past 6 years. Arielle reports she has given birth to 3 children which she gave up for adoption and underwent 2 pregnancy terminations prior to meeting her husband. Her husband does not know about any of the previous pregnancies or procedures she underwent prior to meeting him.

Global Objectives
Upon completion of this problem, students will be able to review risk factors for cervical cancer and the role of vaccines in decreasing these risks and describe different pathological results for cervical cancer screen and their associated treatments. Students will also examine barriers to successful cervical screening programs and implementation amongst marginalized populations.

Tutorial: Adrian Scholtz Part 1

Part 5, Integration Foundation

Adrian Scholtz is a 33 yr old male patient presenting at the Shelter Medical Outreach centre. He complains of a dry cough, fever, shortness of breath and worsening fatigue. He was seen at a walk-in clinic a few days ago for similar symptoms. He states he underwent testing for influenza A and COVID, but did not stay around to see what the results were. Adrian was encouraged to take Tylenol and rest, but did not receive any antibiotics or other treatment. Past medical history includes intravenous drug use, mechanical valve replacement (3 years ago), and is a current smoker. Concerned that Adrian appears quite sick, the medical clinic staff arranges for Adrian to be sent to the local ER department for evaluation.

Global Objectives
Upon completion of this problem, students will be able to demonstrate the integration of cardiac, respiratory, hematology and renal core concepts in critical management of a patient with complex sepsis.

e-Learning Module: Integrated Pain and Opioid Curriculum Course 4 - Strategies for Managing Chronic Pain: Moving Beyond Opioids

Part 5, Integration Foundation

Explore how to optimize non-opioid medications for the management of chronic non-cancer pain. Learn how to collaborate with patients to use non-pharmacologic strategies such as physical activity, physical therapies, self-management programs, and psychological therapies for pain self-management. Discover available resources to assist you in helping your patients manage their chronic pain. You should complete this course along with the Henry Baker tutorial from the Integration Foundation.

Large Group Session: Clerkship Orientation

Part 5, Integration Foundation

e-Learning Module: Microbiology

Part 5, Integration Foundation, Host Defense and Neoplasia

To understand the basic categories of organisms in microbiology. To understand how bacteria are characterized. To understand the principles behind culture and identification of bacteria. To understand the concepts of susceptibility testing for bacteria.

Clinical Skills Sessions: Knee Pain in the ER

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 1

To practice a history and physical exam for acute mono-arthritis, with focus on knee joint examination. To review can’t miss diagnoses for acute inflammatory monoarthritis. To review NEJM Clinical Video on Knee Arthrocentesis: https://www.nejm.org/doi/full/10.1056/NEJMvcm051914. To practice using likelihood ratios from the JAMA Rational Clinical Exam Article Does This Adult Patient Have Septic Arthritis to formulate a post-test probability of septic arthritis in this case. To discuss initial next steps in management including investigations in workup for acute inflammatory monoarthritis, and empiric antibiotics for septic arthritis

Active Large Group Session: Antibiotic Prescribing

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 1

Activity Objectives
Recognize important factors in choosing between various antibiotics.
Describe basic mechanisms of action for antimicrobials.
Define and describe commonly used terminology and principles of antimicrobial use.
Identify some common antibiotic classes and describe their spectrum of antimicrobial activity.
Apply principles of antibiotic stewardship using case examples.

Watching a Video: Communicable Diseases Part 2: Outbreak Management

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 1

Define an outbreak in terms of an excessive number of cases beyond that usually expected. Know the characteristics of an outbreak and how to recognize one when it occurs. Describe and understand the main steps in outbreak management and prevention. Demonstrate an understanding of effective outbreak management including infection control when the outbreak is due to an infectious agent. Describe skills involved in controlling an outbreak and its impact on the public, in collaboration with public health authorities as appropriate. Case example of influenza.

Anatomy Lectures: Breast Anatomy and Lymphatic System

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 1

Breast blood supply. Pathology of the breast. Benign and malignant tumours.

Watching a Video: Measures of Health

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 1

Describe the health status of a defined population. Key concepts covered are incidence, prevalence, attack rate, relative risk, case-fatality rate and principles of standardization.

Tutorial: Yaser Kallas IF Host Defence and Neoplasia

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 1

Yaser is a 36-year-old man who is brought to the emergency room by his wife after feeling quite unwell for the past 2 days with shaking chills and fever, along with some upset stomach. He is extremely weak and unable to provide significant details and his wife does not speak English. In reviewing his chart from a previous visit for a sprained ankle you are able to elicit that he’s a refugee from Syria who came to Canada 18 months ago and has two children. He was not previously taking any regular medications and he does not seem to have a significant past medical history other than a splenectomy secondary to a trauma 8 years ago. On assessment at triage he is found to have a temperature of 39.2 Celsius, a blood pressure of 86/60 and a heart rate of 125 bpm. His oxygen saturation is 85% on room air and he is tachypneic with a respiratory rate of 34. He is very drowsy, but rousable, however unable to engage in significant conversation. He appears diaphoretic and his extremities are warm to touch.

General Objectives
Describe the pathophysiology and management of shock.
Global Objectives
At the completion of this problem, students should be able to define sepsis and describe the pathophysiology of septic shock. They should be able to identify the diagnostic work up and management of someone with sepsis and articulate the process of antimicrobial selection in such cases.

Watching a Video: Communicable Diseases Part 1: Identification and Reporting

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 1

Understand surveillance systems and the role of physicians in reporting and responding to disease. Appreciate the role that physicians can play in promoting health and preventing diseases at the individual and community level.

Watching a Video: Surveillance: Data for Action

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 1

Historical context of surveillance of public health. Definition and key principles of surveillance. Surveillance systems. Surveillance is the collection and analysis of data for action. There are many complementary surveillance systems in place in Canada to inform action.

General Objectives
Plan and advocate for an appropriate course of action at both the individual- and population-level that responds to the diverse factors influencing their health.

Tutorial: Ethel MacConkey IF Host Defence and Neoplasia

Integration Foundation, Host Defense and Neoplasia, Week 1

Ethel is a 76 year old widow. She has a history of hypertension (treated with a thiazide diuretic and a calcium channel blocker), hyperlipidemia (treated with an HMGCoA reductase inhibitor), and obesity. Apart from this, she has been relatively healthy, and plays an active role with her 3 grandchildren as well as her church. Unfortunately, over the past few years, she has had increasing difficulty walking because of pain from osteoarthritis in her hips (especially her right hip) and, to a lesser extent, her knees. She therefore undergoes a right total hip arthroplasty. After 6 days in hospital, she is transferred to the rehab ward for further physiotherapy to improve her mobility. Five weeks into her rehab stay she develops a fever of 38.7 C. Additionally her physiotherapist has noticed that over the past 7-8 days Ethel has been less willing to participate in her exercises due to complaints of pain in her right hip. Concerned about Ethel's fever, the nurses give her acetaminophen and call the attending physiatrist to assess the patient for a potential infectious source.

General Objectives
Describe the normal flora at the most important non-sterile sites in the body.
Describe the differences between and classify various types of pathogens (e.g. bacteria, viruses, fungi and parasites).
Describe the role of infection control in preventing the acquisition and spread of infectious diseases.
Global Objectives
Upon completion of this problem, students will be able to explain how skin forms an integral component of the immune system and the consequences of breaches in this barrier. They will be able to describe the composition of normal host flora, the classification of bacteria and explain how these bacteria can lead to infections, such as those at surgical sites, especially when facilitated by the presence of prosthetic material.

Active Large Group Session: Outbreak Management

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 1

Activity Objectives
Define an outbreak.
Explain the characteristics of an outbreak and how to recognize one when it occurs.
Describe the main steps in outbreak prevention.
Describe effective outbreak management.
Describe skills involved in controlling an outbreak and its impact on the public, in collaboration with public health authorities.
General Objectives
Describe epidemiology principles that underlie public health interventions in pandemic planning.

Tutorial: Melissa Wang IF Host Defence and Neoplasia

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 1

Melissa is a 35-year-old mother of three who works in marketing. She is being seen in consultation by the Internal Medicine service while admitted to Thoracic Surgery for an empyema. Three months prior she began to have cough with intermittent fevers and chills. She has been treated as an outpatient by her family doctor with Amoxicillin, Azithromycin and Levofloxacin over this time. Her symptoms would initially improve but would return within days of completing her antibiotic course. Her condition continued to worsen until this admission. On review of her past history, she has chronic facial pain and pressure with frequent purulent discharge, and typically has 2-3 sinus infections per year requiring antibiotics. She has never had pneumonia before this year. She has never received pneumococcal vaccination. She received her childhood immunization series and had her last tetanus and diphtheria booster 4 years ago. She has been re-vaccinated for measles, mumps, rubella twice, after prenatal evaluation deemed her non-immune. Prior to onset of these symptoms, her only medication was the oral contraceptive pill. In addition to leaving recommendations to manage her empyema, you wonder about her history of recurrent sinusitis and recent pneumonias. As such, you order some screening bloodwork.

General Objectives
Describe the differences between and classify various types of pathogens (e.g. bacteria, viruses, fungi and parasites).
Describe diagnosis and treatment considerations for common chronic diseases.
Explain the overall structure of the immune system.
Describe the infections that patients with common forms of immunodeficiency are at risk of acquiring.
Global Objectives
Upon completion of this problem, students will be able to integrate the various branches of the immune system and be able to identify when to initiate an immunodeficiency work-up.

Tutorial: P.J. Peters (Part 1) IF Host Defence and Neoplasia

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 2

As you head off to lunch after wrapping up your morning clinic, you peruse your afternoon schedule and note that the first patient is someone you have not seen in three years. You therefore grab his chart to review his history. P.J. Peters is a 34-year-old male who immigrated from Uganda 10 years ago. Four years ago, he presented with a dry cough and mild shortness of breath. Given that you had noted a few crackles in his lower lungs bilaterally, you had prescribed him antibiotics for pneumonia. In spite, of therapy his symptoms progressed over a 2-3 week period and he landed in the emergency. A chest x-ray at the time revealed a bilateral interstitial infiltrate. Due to progressive hypoxia he underwent a bronchoalveolar lavage which revealed he had pneumocystis jiroveci pneumonia (PJP or PCP). This raised the suspicion of underlying HIV and his serology was sent off and came back positive. On further questioning, he admitted to a 2 year period in his life in his early 20s where he had unprotected sex with multiple partners.

General Objectives
Explain the overall structure of the immune system.
Recognize how an interdisciplinary team can help manage a patient with complex chronic disease.
Identify a patient centered approach to care for individuals with chronic illnesses.
Global Objectives
Upon completion of this problem, students should be able to describe the pathogenesis and progression of HIV infection and the role the virus plays in causing long-term immunosuppression. Students will be able to describe how long-term immunosuppression can result in opportunistic infections.

Tutorial: P.J. Peters (Part 2) IF Host Defence and Neoplasia

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 2

When you see Mr. Peters next, you learn that he had continued to take his HAART faithfully an additional 6 months after he last saw you. He had been feeling physically well and figured his virus was under control (as he recalled it had last been "non-detectable") and so began questioning the need to continue his medications. He was concerned about long-term side effects of therapy and figured he could diminish his risk by reducing his exposure to HAART. Moreover he had started a new job around that time and did not want anyone to inadvertently find out about his diagnosis of HIV. He therefore elected to stop taking his anti-retrovirals. Mr. Peters was reluctant to tell his physicians about his decision and so he had not come back for his follow ups. He returns today complaining of a new painful rash on his chest that appeared 2 days prior. Additionally he notes a 3-month history of increasing fatigue as well as intermittent fevers, night sweats and a 20 lb weight loss. On examination his temperature is 37.2º C, blood pressure 135/80, pulse 79. There are 2 cm nodes palpable in the cervical and axillary areas bilaterally. His throat is clear. When you examine his chest you notice a vesicular rash over the right side of his chest extending from the midline towards his right axilla at the level of his nipple. Examination of his respiratory and cardiovascular system are unremarkable. His abdomen is soft with no palpable masses or organomegaly. Examination of his extremities is unremarkable.

General Objectives
Explain the overall structure of the immune system.
Recognize how an interdisciplinary team can help manage a patient with complex chronic disease.
Identify a patient centered approach to care for individuals with chronic illnesses.
Global Objectives
Upon completion of this problem, students should be able to describe how long-term immunosuppression can result in opportunistic infection and increase the risk of developing malignancy.

Clinical Skills Sessions: Headache

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 2

Review and to practice an approach to history and exam of headache including red flags. A 21yo F presents to family medicine clinic with headache.

Clinical Skills Sessions: Melena Stool

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 3

Review and practice an approach to history and exam in GI Bleeding. A 65yo M presents with melena stool to urgent care.

Tutorial: Philippe LaCologne IF Host Defence and Neoplasia

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 3

Mr. Lacologne is a 41 year old man who had a stage II colon cancer resected 3 years prior. He had his annual CT scan, and there was a 3 cm hypoechoic lesion in segment 6. His surgeon referred him to a liver Surgeon and Medical Oncologist. The surgeon explained that this is likely recurrent disease from his colon cancer, and recommended chemotherapy neo-adjuvantly and after surgery. He was started on FOLFOX chemotherapy for 6 cycles, subsequent CT and MRI of his liver showed a partial response to chemotherapy. He underwent a left hepatic lobectomy, and following recovery completed an additional 6 cycles of FOLFOX. Two years later subsequent lung lesions are identified in multiple lobes bilaterally. He returns to the Medical Oncologist, and is recommended to start chemotherapy (FOLFIRI/bevacizumab). He asks why surgery is not an option now, and said he heard on the internet that that this bevacizumab drug can cure cancer.

General Objectives
Recognize how an interdisciplinary team can help manage a patient with complex chronic disease.
Identify a patient centered approach to care for individuals with chronic illnesses.
Describe the role of surgery, radiation and systemic therapy in the management of cancer.
Global Objectives
Upon completion of this problem, students should be able to discuss the role of adjuvant chemotherapy and surveillance in at risk patients after surgery. Students will describe the metastatic cascade and explain why some cancers metastasize preferentially to certain sites.

Tutorial: Grace Tran IF Host Defence and Neoplasia

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 3

Grace is a 50-year-old woman working full-time and busy with her family. She has been feeling exhausted lately and feels like she may have had fevers on and off. She is having difficulty finding the energy to coach her daughter's early-morning hockey games. At the urging of her partner, she sees her family physician who notes that she is afebrile with mild dyspnea and a cough, having faint crackles on the right side of her chest. Suspecting pneumonia, her physician sends Grace for a chest x-ray and she is given an antibiotic prescription to treat community-acquired pneumonia. The x-ray report described a density in the right lower lung zone, and Grace starts her medication with follow up in 3 weeks. When she returns, she mentions that she finished the course of antibiotics but that they “did nothing” and that she feels a bit worse actually. Her exam is unchanged, but given that she has a 30 pack-year smoking history, her physician orders a repeat chest x-ray. This shows mild interval growth of the original opacity. This time, the radiologist states that the area is suspicious for possible malignancy. On further history, Grace was treated for Hodgkin's lymphoma at the age of 18, for which she received 3 cycles of ABVD chemotherapy followed by radiation to the mediastinal lymph nodes. She has been “cancer free” and completely well since, so much so that she stopped going to her AfterCare follow-up appointments. Grace grew up in a middle-class suburban neighbourhood and completed a geosciences degree at a local university. She has spent the last 20 years working for a mining company evaluating many different ore samples. She frequently deals with silica ores and metal-based ores, including iron, nickel, chromium, zinc and aluminum. She wears an N95 dust mask when handling the samples. Grace comes from a family of heavy smokers. Grace's father died 5 years ago from bladder cancer. Her paternal uncle, also a smoker and a heavy consumer of alcohol, had previously died of a throat cancer. Her older sister, yet another smoker, had cancer of the cervix treated successfully with radiotherapy. Due to the x-ray findings, Grace is sent for a CT scan of her chest. This confirms a 2.5 cm lesion in the central right lower lobe well away from the chest wall and the hilum.

General Objectives
Explain modifiable and non-modifiable causes of cancer.
Global Objectives
Upon completion of this problem, the student should be able to describe how tobacco and radiation exposure can result in carcinogenesis. Students should be able to describe the value of identifying occupational exposures to carcinogens at the individual, workplace, and community levels.

Tutorial: Godlewski Family IF Host Defence and Neoplasia

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 3

Paula Godlewski is a 50 year old Jewish woman of east European descent. She comes to the appointment with her daughter Anna. She has come to be assessed by a medical oncologist for consideration of systemic therapy following the diagnosis of a node positive breast cancer. Anna, who is 25 years old, asks if this cancer is inherited and whether she will get breast or ovarian cancer. she asks whether she should have prophylactic mastectomies and oophorectomies if her tests were to be positive.

General Objectives
Explain how cancer risk is influenced by genetic factors.
Describe the principles of cancer screening?
Global Objectives
Upon completion of this problem, the student should be able to define the terms “primary, secondary, and tertiary prevention” as they relate to cancer. Students should be able to describe the characteristics of an effective population screening program and the mechanisms by which screening can reduce the burden of cancer.

Clinical Skills Sessions: New Lymphadenopathy and STBBI assessment

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 4

Review and to practice an approach to history and exam for lymphadenopathy and STBBI (sexually transmitted and blood-borne infection) assessment. A 27yo F presents with new lymphadenopathy and concern for STBBI to Emergency room.

Tutorial: Albert Johnson IF Host Defence and Neoplasia

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 4

Mr. Johnson is a previously fit, retired 70-year old Afro-Canadian gentleman. His son and daughter-in-law live several hundred miles away in another city and maintain contact with him by telephone. They return home on a Friday evening to surprise him for his birthday and find his apartment in disarray and Mr. Johnson in bed, in too much pain to move. He seems unable to stand independently, though it is hard to tell if this is a result of his overall weakness, or the pain. They call an ambulance and he is taken to the Emergency Department of the local community hospital.

General Objectives
Recognize how an interdisciplinary team can help manage a patient with complex chronic disease.
Identify a patient centered approach to care for individuals with chronic illnesses.
Describe common oncologic emergencies.
Describe the principles of pain and symptom management in cancer.
Global Objectives
Upon completion of this problem, students should be able to describe cancer-directed and non-cancer-directed treatments in the management of metastatic cancer. Students should be able to explain the need for urgent treatment in some instances of incurable cancer.

Active Large Group Session: Occupational Medicine

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 4

Activity Objectives
Identify your patients as workers.
Describe how occupation plays an important role in the health of patients.
Recognize some of the most common occupational issues affecting people in our society.
Explain that occupational factors affect a wide breadth of systems, including respiratory (fibrotic lung disease, asthma, cancer), musculoskeletal, neurological (neuropathy, hearing loss), and psychiatric (stress).

Clinical Skills Sessions: Palliative Care

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 4

Describe and Identify patients who would benefit from a palliative care approach early in their illness trajectory. Systematically assess symptoms in patients with palliative care needs and participate in the evidence-based holistic and interprofessional management of these symptoms. Identify the components of a holistic, interprofessional management plan for a patient with palliative care needs. Describe the hierarchy for Substitute Decision Making for a patient who lacks Capacity. Describe the role of POAs or SDMs in palliative and end-of-life care planning.

Active Large Group Session: End-of-Life Care

Part 5, Integration Foundation, Host Defense and Neoplasia, Week 4

Activity Objectives
Address end-of-life decision making and planning, including advance care planning and goals of care discussions.
Identify appropriate care for dying patients and their families.
Identify psychosocial and spiritual needs of the dying patient and family, including grief and bereavement.

PC Session: From White Coat to Blue Gown

Part 5, Professional Competencies IF, Week 2

This session highlights concepts and competencies covering end of life care, professionalism/self-awareness and self-care/compassion in Barbara Tatham’s journey from a physician to patient through to her final stages of comfort measures and palliative care.

General Objectives
Summarize different “ways of knowing” about the body and how these ways affect the clinical encounter.
Illustrate the difference between disease and illness, and plan an approach to understanding the patient’s illness experience.
Illustrate strategies to cope adaptively with stresses likely to occur during medical training and practice.
Understand the importance and impact of interpersonal interactions in both professional and personal settings.
Identify and address problems/issues that might affect one’s own health, well-being, or professional capabilities.

PC Session: Self Care: Striving and Thriving, Not Merely Surviving

Part 5, Professional Competencies IF, Week 2

This session provides an introduction to self-care for medical students.

General Objectives
Illustrate strategies to cope adaptively with stresses likely to occur during medical training and practice.
Identify and address problems/issues that might affect one’s own health, well-being, or professional capabilities.

PC Session: Grief

Part 5, Professional Competencies IF, Week 3

Students will develop an understanding of grief and its diverse forms. Critically examine and reflect on attitudes and beliefs about grief. Develop an appreciation of sociocultural influences on the experience of grief, including grief in the context of COVID-19. Challenge Western concepts of grief and consider cultural variation in the expression and management of grief. Develop an understanding of how to respond to grieving patients.

Activity Objectives
To critically examine and reflect on one's attitudes and beliefs about grief and loss.
To examine some of the larger held cultural myths held about grief and loss.
To appreciate the challenges faced by those who are grieving in a culture that is widely death-denying.
To identify and incorporate respectful and compassionate behaviors for those who are bereaved in everyday contexts and professional practice.
General Objectives
Illustrate the difference between disease and illness, and plan an approach to understanding the patient’s illness experience.
Illustrate how diverse factors (sociocultural, psychological, economic, occupational, environmental, legal, political, spiritual, and technological) interact to influence the health of an individual and the population.
Demonstrate sensitivity to the value system of patients (colleagues, other health care providers – ethical vs professionalism) and others.

PC Session: Brain Death and Organ Donation

Part 5, Professional Competencies IF, Week 4

At the end of this session, students will be able to: Describe their role and responsibility as physicians with respect to potential organ donors; Describe how the Trillium Gift of Life program supports organ donation; Better manage sensitive communications about brain death and organ donation drawing on SPIKES guidelines; Recognize that circumstances, past experiences, and/or values may render discussions of brain death and organ donation difficult for families and health care professionals.

General Objectives
Demonstrate how to develop with patients, families, and other professionals a common understanding on issues and a shared plan of care, as defined by the Kalamazoo Consensus Statements. (CanMEDS 2015).
Describe the medical and ethical principles of organ transplantation and living and deceased donation.
Summarize the ethical, legal obligations and duty of care that physicians have for patients, colleagues and, communities, and the tensions that may arise from these responsibilities.

PC Session: Serious Illness Conversations

Part 5, Professional Competencies IF, Week 5

Students will be introduced to the SPIKES protocol. During tutorial students will practice the application of the SPIKES protocol using role plays .

General Objectives
Illustrate how being a good communicator is a core clinical skill for physicians, and how effective physician-patient communication can foster patient satisfaction, physician satisfaction, adherence and improved clinical outcomes (CanMEDS 2015).
Summarize the concepts, principles, and research evidence that support the importance and efficacy of developing communication and interpersonal skills in medicine.
Demonstrate the acquisition of communications skills (defined by the Kalamazoo Consensus Statements as a set of conscious and behavioural norms) required to build a therapeutic relationship, to conduct an interview with a patient, to communicate about a patient, and to communicate about medicine and science.

PC Session: Addictions

Part 5, Professional Competencies IF, Week 6

This session focuses on the complex psychosocial issues that underlie addictions and is designed to complement your knowledge of the neurophysiological mechanisms of addiction. This session builds on your understanding of trauma as there is a strong connection between trauma and addiction. It also builds on your understanding of the relationship between gender and health outcomes as gender is an important variable in addiction.

General Objectives
Demonstrate skills for critical intersectional analysis.
Summarize different “ways of knowing” about the body and how these ways affect the clinical encounter.
Recognize how an interdisciplinary team can help manage a patient with complex chronic disease.
Identify a patient centered approach to care for individuals with chronic illnesses.
Analyze and critically reflect on how the impact of physician power and privilege may contribute to disparities through biased care.
Develop the attitude and skills for responding to patients with cultural humility.
Identify the diverse factors (ie. sociocultural, psychological, institutional, economic, occupational, environmental, technological, legal, political and spiritual) that contribute to the systemic marginalization of vulnerable populations and impact health and health care delivery.
Plan socially-just courses of action in order to respond to the diverse factors that intersect and overlap to influence the health of the individuals, families and communities.

PC Session: Recognizing and Responding to Intimate Partner Violence (IPV)

Part 5, Professional Competencies IF, Week 7

This session provides you with an overview of how to recognize and respond to IPV, including epidemiology, signs and symptoms of exposure, approaches to assessment (including safety) and response (including referrals).

General Objectives
Identify and describe the risks of intimate partner violence, and the obligations of the healthcare team in assessment and management of a family at risk.
Analyze and critically reflect on how the impact of physician power and privilege may contribute to disparities through biased care.
Identify some of the main risks for child maltreatment and explain when to involve child protection professionals.
Analyze the influence of gender on health concerns and health care provision.
Recommend responses to key social and cultural factors that lead to poor health outcomes for individuals, families, and communities.
Identify the diverse factors (ie. sociocultural, psychological, institutional, economic, occupational, environmental, technological, legal, political and spiritual) that contribute to the systemic marginalization of vulnerable populations and impact health and health care delivery.
Plan socially-just courses of action in order to respond to the diverse factors that intersect and overlap to influence the health of the individuals, families and communities.

PC Session: Caring for an Aging Population

Part 5, Professional Competencies IF, Week 9

This session will provide a population health overview of the key issues related to the aging population as well as highlight the knowledge and skills that physicians need to deal ethically and professionally with older adults.

General Objectives
Describe the significance and frequency of caregiver fatigue, and strategies employed to address it.
Explain how the concept of frailty impacts decision-making, goals of care, and care recommendations in older adults.
Illustrate how diverse factors (sociocultural, psychological, economic, occupational, environmental, legal, political, spiritual, and technological) interact to influence the health of an individual and the population.
Describe protective factors and coping strategies which enable older adults to thrive despite complexity and multi-morbidity.
Describe approaches and challenges to working with different vulnerable populations to improve their health. (ex. people experiencing homelessness; people at extremes of the age continuum).

PC Session: Spiritual Caregiving

Part 5, Professional Competencies IF, Week 10

The overarching purpose of this session is sensitize students to the importance of spirituality and spiritual caregiving in health care, and provide resources towards students’ growth-of-capacity in providing a basic level of spiritual care.

General Objectives
Summarize different “ways of knowing” about the body and how these ways affect the clinical encounter.
Analyze and critically reflect on how the impact of physician power and privilege may contribute to disparities through biased care.

PC Session: Being Human in Medicine

Part 5, Professional Competencies IF, Week 11

The learning objectives for this session are for students to: 1) recognize physician vulnerability and relate to personal vulnerability; 2) list personal, local, provincial and web-based resources for self care; 3) recognize and practice reaching out to colleague in need.

General Objectives
Illustrate strategies to cope adaptively with stresses likely to occur during medical training and practice.
Recognize personal strengths and limitations relevant to one’s practice of medicine.
Identify and address problems/issues that might affect one’s own health, well-being, or professional capabilities.

PC Session: Boundaries

Professional Competencies IF, Week 12

By the end of this session, you will be able to: 1) Describe the boundaries that have been defined by some of our professional bodies; 2) Begin to define personal boundaries for use in clinical settings; 3) Apply the concepts of boundary issues to common situations faced by physicians.

General Objectives
Identify ethical issues and dilemmas in their own clinical experiences related to patient care, institutional practices and health policies.
Understand the importance and impact of interpersonal interactions in both professional and personal settings.

Active Large Group Session: Inclusive Clinical Skills: Consolidation Session

Part 5, Integration Foundation, Maternal Health Risks/Aging-Related Care

Patient-centered use of medical interpretation services. Inclusive Clinical Skills for Persons with Sensory (specifically vision and hearing) and Motor Disabilities. Inclusive Sexual History-Taking, Gender-Affirming Care, and Transition-Related Care.

Active Large Group Session: Integrated Radiology - Anatomy - IF (IARS)

Part 5, Integration Foundation, Maternal Health Risks/Aging-Related Care

Cerebellar Lobes, mediastinum, Hand and Wrist, Pelvis, GI Tract, Chest bones, Elbow, Chest, Brainstem, abdominal soft tissues and organs, ankle and foot.

Tutorial: Claire McFadden Part 2 IF Maternal and Child Health Risks

Part 5, Integration Foundation, Maternal Health Risks/Aging-Related Care, Week 1

Claire is a 35-year-old G1 with Type 1 DM. She had an episode of pyelonephritis at 26 weeks gestation and did well following this, and was last seen at 30 weeks. At 32 weeks Claire presents in St. Catharines with a headache and RUQ pain. Her husband says that Claire’s swelling, especially in her face, has worsened over the past 2 days. BP is 160/105. FH is normal. She has 4+ urine protein. Hb 142 g/L, platelets 152, AST 67, ALT 75, INR/PTT normal, fibrinogen 5.8 g/L, glucose 6.5 mM/L, creatinine 100 uM, urea 4.2 mM. Urinary ketones are negative. She is given morphine and oral labetalol. Her symptoms settle and BP is 145/95. Ultrasound shows a cephalic fetus with normal head and femur measurements but the abdominal measurement lags by 3 weeks. There is marked oligohydramnios. Doppler studies are abnormal. MUMC is called and a decision is made to transfer Claire. On arrival, she complains of severe RUQ pain. BP is 170/110. She has made very little urine and it is dark tea coloured. Hb 137 g/L, platelets 100, AST 265, ALT 310. Her urinary protein to creatinine ratio is 500 mg/mmol. She is given a dose of nifedipine and MgSO4 is started. A decision is made to do an immediate C/S with spinal.

General Objectives
Describe maternal complications of pregnancy.
Global Objectives
Upon completion of this problem, students should be able to identify maternal complications of pregnancy with an emphasis on hypertension, and describe resuscitative measures used in hypertensive emergencies (eclampsia). Students should be able to describe the significance of neonatal hypoglycemia and explain the principles surrounding newborn screening for inborn errors of metabolism.

Tutorial: Claire McFadden Part 1 IF Maternal and Child Health Risks

Part 5, Integration Foundation, Maternal Health Risks/Aging-Related Care, Week 1

Claire McFadden is a 16- year-old high school student, living with T1D since age 10, who is currently pregnant (G1). Claire has struggled with her diabetes management in the past but is trying to keep her sugars at target now that she knows she is pregnant. Her most recent HbA1C was 7.8%, and she is using an insulin pump. Claire is being followed concurrently by her endocrinologist and has had microalbuminuria and mild non-proliferative retinopathy but no other diabetic complications. She has been normotensive with a usual BP of 110/70. She was told to start prenatal vitamins with extra folate as well as to discontinue her ACE inhibitor when her pregnancy test was found to be positive. Claire was also started on low-dose ASA (LDASA) at 12 weeks. Her partner, Dave, is 18 years old and is unemployed, having graduated high school in the summer. Claire is living with Dave in her aunt’s apartment. Her pregnancy was unplanned, but she is now excited to become a mother. She is planning to take a year off from high school and then return to complete her high school diploma. Dave is unhappy about this and feels she should stay at home to take care of the baby. They have argued about this, and Dave feels it is Claire’s own fault if she does not like making sacrifices as she could have gotten an abortion like he wanted. Claire worries about Dave’s temper, explaining that when he found out she was pregnant, he yelled at her and then disappeared for a week. She thinks he will come around once the baby is born.

General Objectives
Explain the predisposing factors, initiation and management of pre-term labour.
Describe factors that adversely affect fetal growth and well-being.
Explain the principles surrounding newborn screening for inborn errors of metabolism.
Global Objectives
Upon completion of this problem, students should be able explain the causes and management of preterm labour. Students should be able to describe the social and health impacts of teen pregnancy for teen parents and their children.

Clinical Skills Sessions: Mood Disorders in Adolescence

Part 5, Integration Foundation, Maternal Health Risks/Aging-Related Care, Week 4

Review an approach to assessment of mood disorders, including exploring unique considerations for adolescent patients. A 14yo M presents with mom to family medicine clinic with concerns for low mood.

Tutorial: McFadden Family IF Maternal and Child Health Risks

Part 5, Integration Foundation, Maternal Health Risks/Aging-Related Care, Week 1

Claire brings infant Marie to her family physician for the 2-month well baby visit, alone. When asked how she and Dave are adjusting, she mumbles “fine.” Marie has been “fussy” during the night, and Claire is finding breast-feeding to be a challenge. Newborn examination is performed, the Rourke baby record is completed and no concerns noted. Claire is motivated to breastfeed but she says Dave thinks formula is better and is worried the baby is not getting enough milk and that is why she is crying. “He says it is my fault.” The benefits of nursing to mom and baby are reviewed, along with formula options, and a referral to a lactation consultant is made. Two weeks later, the office receives an “urgent” call from Claire’s aunt asking that she be seen. Notably, Claire did not bring in baby Marie for a follow-up, in spite of a reminder call from the office. Claire is booked as the last appointment of the afternoon, and reception staff comment they heard screaming in the background while Claire’s aunt made the call. One receptionist says “things are not right” in the McFadden family. Claire is late and refuses to say anything when she arrives, except that she is “fine.” She does not make eye contact or remove her coat. Bruises are noted on the left side of Claire’s face and on the base of her neck.

General Objectives
Identify and describe the risks of intimate partner violence, and the obligations of the healthcare team in assessment and management of a family at risk.
Identify some of the main risks for child maltreatment and explain when to involve child protection professionals.
Explain the impact of adverse childhood experiences on lifelong health and opportunity and discuss strategies to mitigate the impact of such adverse experiences.
Global Objectives
Upon completion of this problem, students should be able to identify and describe the risks of intimate partner violence, and the obligations of the healthcare team in the assessment and management of a family at risk.

e-Learning Module: Integration Foundation Rapid Fire Cases: Medical decision making in the acute care setting

Part 5, Integration Foundation, Maternal Health Risks/Aging-Related Care, Week 4

12-15 cases of rapid action required or immediate clinical decision making. Content of these modules: Internal Medicine, Surgery, Obstetrics, Paediatrics, Geriatrics and Radiology.

General Objectives
Review common scenarios involving urgent decision making processes encountered in the acute care setting.
Demonstrate application of subjective and objective patient information to support decision making and critical thinking in urgent care situations.
Modify treatment plans and clinical decision making skills when required with review of rationale for each scenario encountered.
Demonstrate synthesis of clinical knowledge gained throughout the Pre-Clerkship Curriculum in Rapid Fire Cases
Evaluate and identify any learning challenges or learning needs in Rapid Fire case scenarios following review of rationale for clinical actions and completion of modules.

Clinical Skills Sessions: First Prenatal Visit

Part 5, Integration Foundation, Maternal Health Risks/Aging-Related Care, Week 1

To review an approach to history and physical exam for the first prenatal clinic visit; and to practice prescribing exercise and SMART Goal setting in context of pregnancy. 22yo F presenting for first prenatal visit to family medicine clinic

General Objectives
Describe maternal complications of pregnancy.
Explain the predisposing factors, initiation and management of pre-term labour.
Describe factors that adversely affect fetal growth and well-being.

Tutorial: Adrian Scholtz Part 2

Part 5, Integration Foundation, Maternal Health Risks/Aging-Related Care, Week 4

Adrian was admitted to the ICU 24 hours ago. Since that time, additional investigations and bloodwork has been ordered. Adrian underwent a CT chest to rule out pulmonary pathology and septic embolic in the lungs are confirmed. Blood cultures are positive for Methicillin-resistant Staphylococcus aureus (MSSA). After an infectious disease consult, Adrian is started on IV Ancef. The Cardiology team led by Dr. Sibbald and the Cardiac Surgery team led by Dr. Semelhago agrees that the patient requires a repeat heart valve replacement. In addition, the nurses observe Adrian to appear to be volume overloaded with worsening swelling. Despite copious IV fluids, Adrian is not making much urine (<200mL/day). A nasogastric tube was inserted for methadone administration. The nurse and dietician are requesting consideration for total parenteral nutrition based on recent laboratory results demonstrating malnutrition and hypoproteinemia. Ophthalmology is consulted for concerns of septic emboli following completion of an MRI of the brain. Nephrology consulted and believes dialysis may help the patient, but it is not the definitive treatment. They will only start dialysis if the patient is under consideration for repeat heart valve surgery.

Global Objectives
Upon completion of this problem, students will be able to demonstrate the integration of cardiac, respiratory, hematology and renal core concepts in critical management of a patient with complex sepsis including ethical issues with social issues and chronic drug use.

Clinical Skills Sessions: Parkinson's Disease

Part 5, Integration Foundation, Maternal Health Risks/Aging-Related Care, Week 2

Review an approach to history and physical exam for Parkinson’s Disease, including practicing screening neurological examination. A 70yo F presents to neurology clinic, referred for tremor and falls.

General Objectives
Identify the common physiologic changes which accompany the aging process, and how these changes may be associated with geriatric syndromes (such as cognitive impairment, gait/balance disturbance, falls/fracture, urinary incontinence, mood disturbance, and polypharmacy).

Active Large Group Session: Adverse Drug Reactions and Drug Interactions

Part 5, Integration Foundation, Maternal Health Risks/Aging-Related Care, Week 3

Activity Objectives
Recognize that drug interactions are innumerable and can occur frequently in clinical practice.
Describe some of the mechanisms by which drug-drug interactions occur.
Explain how drug-drug interactions can be prevented.
Explain the terminology regarding adverse drug events and the risk factors for patients experiencing an adverse drug event.
Explain how to detect, evaluate and manage adverse drug events.

Tutorial: Joe and Maria Russo IF Age-Related Health Care

Part 5, Integration Foundation, Maternal Health Risks/Aging-Related Care, Week 3

Mr. Guiseppe (Joe) Russo is an 81-year-old man who returns to see you, his new Family Physician, regarding cognitive concerns. He is accompanied by his wife of 60 years, Maria Russo. Mr. Russo is a retired Crane Operator, who was born in Southern Italy, and who worked in the steel industry after immigrating with Maria to Canada at the age of 20. As a child, he completed 6 years of formal education; later he became fluent in English while working in Canada. He and Maria have three adult children, two sons and one daughter, and live in a bungalow in the city of your practice. He is otherwise physically well, with well-controlled hypertension, dyslipidemia, and DMII, as well as osteoarthritis of the knees. His medications are provided to you in a list. He is a lifelong non-smoker who consumes one glass of wine with dinner each night. Mr. Russo was diagnosed with early-stage Alzheimer’s disease (versus Mixed Dementia) by his prior physician, Dr. Retired, approximately 2 years ago. At that time, Mr. Russo presented with approximately 2 years of gradually progressive decline in short-term memory and executive function, that was impacting his ability to pay bills on time. His SMME score at that time was 21/30, with 0/3 on delayed recall and difficulty with orientation (year incorrect). He was unable to draw a clock correctly (CDT), but Dr. Retired suspected that language and education impacted Mr. Russo’s performance on both the SMMSE and the CDT.

General Objectives
Identify the common physiologic changes which accompany the aging process, and how these changes may be associated with geriatric syndromes (such as cognitive impairment, gait/balance disturbance, falls/fracture, urinary incontinence, mood disturbance, and polypharmacy).
Describe the significance and frequency of caregiver fatigue, and strategies employed to address it.
Explain the legal obligations of physicians to report concerns regarding driving safety, with a focus on the importance of cognition.
Explain how the concept of frailty impacts decision-making, goals of care, and care recommendations in older adults.
Describe protective factors and coping strategies which enable older adults to thrive despite complexity and multi-morbidity.
Global Objectives
Upon completion of this problem, students should be able to describe the impact of dementia on older adults and their caregivers, and how integrated, interdisciplinary community care is essential to meet their care needs.

Tutorial: Sara Yamata IF Age-Related Health Care

Part 5, Integration Foundation, Maternal Health Risks/Aging-Related Care, Week 3

Ms. Sara Yamata is a well 79-year-old woman, currently living alone in a condominium in your community, who attends an appointment with you, her longstanding Family Physician, for the purpose of a periodic health examination. Ms. Yamato is a retired High School English Teacher, who was widowed three years ago. She has one daughter, Elizabeth, and two grandchildren, all of whom live nearby. She is unaccompanied at the visit. Ms. Yamato reports that she has been doing well since you last saw her (for a blood pressure check six months ago), with no interim illnesses or admissions to hospital. Her chronic diseases remain well-managed. She reports having sustained at least one fall over the past 12 months (on the ice, when shoveling her driveway), but fortunately did not sustain any injuries. She remains independent with her ADLs and most of her IADLs; her daughter, Elizabeth, assists her with larger shopping trips and with preparation of her taxes. Her condominium performs the outdoor maintenance for its residents. Ms. Yamata continues to drive, with no reported difficulties, and remains active in her community by volunteering in the gift shop at her local hospital and attending a weekly social group at the Community Centre. With this information, you think about Ms. Yamato’s frailty status using a frailty model with which you are familiar. You review her past medical history and corresponding treatments, as listed in your EMR. Ms. Yamato brings her current prescription medications, in their original bottles from the pharmacy, to the appointment. At your request, she has also brought with her the multiple over-the-counter (OTC) and herbal medications that she is taking at home. She recognizes that she has “many bottles of pills” with her, and wishes to discuss which ones could be discontinued, if any. You spend some time thinking about approaches to deprescribing and approaching “polypharmacy” in older adults.

General Objectives
Identify the common physiologic changes which accompany the aging process, and how these changes may be associated with geriatric syndromes (such as cognitive impairment, gait/balance disturbance, falls/fracture, urinary incontinence, mood disturbance, and polypharmacy).
Explain how the concept of frailty impacts decision-making, goals of care, and care recommendations in older adults.
Describe protective factors and coping strategies which enable older adults to thrive despite complexity and multi-morbidity.
Global Objectives
Upon completion of this problem, students should be able to describe the physiological, psychosocial, and functional impacts of the aging process, framed within the context of the periodic health examination for older adults. They should be able to explain the role of the interdisciplinary, community-based primary care team in maintaining the function and wellness of older adults. They will explore the concept of “successful aging”.

Self-Directed Study: Hidden Curriculum - Reflection on Clinical Elective Experiences - Post MF4

Part 5, Integration Foundation, Maternal Health Risks/Aging-Related Care, Week 3

Students will reflect on recent experiences in the clinical setting in which they perceived actions, comments or behaviors demonstrated the presence of the Hidden Curriculum in the clinical setting.

General Objectives
Acknowledge an event, experience, or reflection of the presence of the Hidden Curriculum in a clinical elective rotation.
Identify one’s concerns with these experiences in a reflective manner.
Conceptualize changes, solutions, potential actions or resources which could be utilized to address these concerns (Hidden Curriculum) in future experiences to foster allyship and personal consciousness within the Hidden Curriculum.

Clinical Skills Sessions: Care of Elderly, Falls and Frailty Assessment

Part 5, Integration Foundation, Maternal Health Risks/Aging-Related Care, Week 3

To practice a history and physical exam for Falls assessment, including visual acuity, neuro exam, GALS screening MSK exam, cardiovascular exam, orthostatic vitals, and diabetes foot exam. To review the 5Ms of Geriatric Care (Mind, Mobility, Medications, Multi-Complexity, and Matters Most). To practice using likelihood ratios from the JAMA Rational Clinical Exam Article Will my patient fall? to formulate a post-test probability of falls in the next 12 months in this case. To identify clinical risk factors for falls in the clinical case, and opportunities for intervention to reduce falls risk. To discuss the diagnosis of clinical frailty and stage according to the Clinical Frailty Scale. To discuss how clinical frailty can inform discussions around goals of care and managing multimorbidity. Pro Comp Connection -Socialization and Care of the Elderly

Active Large Group Session: Addiction Medication

Part 5, Integration Foundation, Maternal Health Risks/Aging-Related Care, Week 3

Understand what addiction is. Gain appreciation of different Substance Use Disorders. Gain familiarity for principles of treatment of SUDs.

Activity Objectives
Define RESP, RRSP and TFSA, and the rules for each program.
Define the components of an investment portfolio and investment vehicles.
Evaluate the impact of compound interest and its effect on returns.
Define a T-rex score.
Identify the sources of debt in medical school and residency.
Summarize how to consolidate debt and analyze whether to do so.
Name the resources available to manage one’s debt.

Active Large Group Session: Practical EKG Interpretation

Part 5, Integration Foundation, Complexity and Chronicity

Activity Objectives
Describe basic scientific principles of the EKG that can be applied to understand how the 12 lead EKG records the heart’s electrical activity and can be used to diagnose a broad spectrum of cardiac pathologies.
Demonstrate a basic approach to common pathologies that can be seen on an EKG and how to work through diagnosis.
Utilize practice material and worked examples for medical students to test their knowledge and refine their understanding of the EKG.

Active Large Group Session: Acute and Chronic Pain

Part 5, Integration Foundation, Complexity and Chronicity

Activity Objectives
Describe the fundamentals of nociceptive pathways including the perception of pain, effects on the individual, how they are regulated within the individual and might evolve from the acute to the chronic setting.
Explain how targeted pharmacotherapy, behavioural therapy, and reactivation can be applied to manage pain.
Describe the basic pharmacology of Opioid Analgesics, and the basic analgesic properties of Tricyclic Antidepressants, Selective Serotonin and Norepinephrine Re-uptake Inhibitors (SNRIs), Gabapentinoids and Cannabinoids.
Identify other pharmacotherapeutic options such as corticosteroids, local anesthetics, Ketamine, anticonvulsants.
Explain the potential use of regional analgesia or other medical procedures in select circumstances.
General Objectives
Describe chronic pain in a biopsychosocial framework which recognizes nociceptive, neuropathic, cognitive-perceptual, brain and behaviour and socio-environmental factors.

Active Large Group Session: Reviewing Radiology

Part 5, Integration Foundation, Complexity and Chronicity

Breast screening, mammogram. Basic approach to Chest radiograph and Abdominal radiograph.

Active Large Group Session: Anishinaabe

Part 5, Integration Foundation, Complexity and Chronicity

United Nations and political documents, common myths and inaccurate terminology, microaggressions, the importance of a land acknowledgement.

Activity Objectives
Increased awareness of events surrounding legal and governmental limitations of Indigenous People of Canada.
Identification of myths and stereotypes of Indigenous people and their history.
Review of appropriate terminology regarding Indigenous People.
Self awareness and reflection of learners regarding the limitations of previous educational experiences and teachings regarding Indigenous culture and history.
Increased awareness of different subgroups of Indigenous People including cultural practices and communication styles.

Active Large Group Session: Blood Gases and Electrolytes

Part 5, Integration Foundation, Complexity and Chronicity

Activity Objectives
Review the correct interpretation of electrolyte abnormalities in a patient’s serum or urine.
Recognize how a pattern of electrolyte abnormalities can represent a particular disease state.
Interpret derangements of each component of an arterial blood gas.
Create a differential diagnosis for abnormalities in sodium, potassium, chloride, bicarbonate, serum osmolality, pH, and urine electrolytes.

Tutorial: Henry Baker IF Chronicity and Complexity

Part 5, Integration Foundation, Complexity and Chronicity, Week 1

Henry is a 57 year old man whom you have seen four times in the past ten years because of back pain episodes initially diagnosed as lumbar strain. With each episode, there has been a period of work disability ranging from two to six months. Henry now attends at your office again complaining of longstanding generalized back pain and stiffness. He has pain across the lumbar area, radiating down the lateral aspect of the left thigh, calf and foot and to a lesser extent, the lateral aspect of the right leg. He also has some pain in the shoulder blades, neck, and headaches. He complains of constipation, can't sleep, and spends most of his day lying down, because all activity aggravates his pain.

General Objectives
Describe the prevalence of chronic disease in Canada and factors which contribute to it.
Describe diagnosis and treatment considerations for common chronic diseases.
Recognize how an interdisciplinary team can help manage a patient with complex chronic disease.
Identify a patient centered approach to care for individuals with chronic illnesses.
Describe chronic pain in a biopsychosocial framework which recognizes nociceptive, neuropathic, cognitive-perceptual, brain and behaviour and socio-environmental factors.
Global Objectives
Upon completion of this problem, the student should be able to describe chronic pain in a biopsychosocial framework which recognizes nociceptive, neuropathic, cognitive-perceptual, brain and behaviour and socio-environmental factors.

Large Group Session: Clinical Skills Male Sensitive Exam

Part 5, Integration Foundation, Complexity and Chronicity, Week 1

Genital exam in pubic area, penis, testicle and the surrounding region.

e-Learning Module: Integration Foundation Pathology Cases

Part 5, Integration Foundation, Complexity and Chronicity, Week 1

Normal Histology and Disease. Integrating Pathology Into the Clinical Picture. The frozen section (intraoperative consultation).

Clinical Skills Sessions: Anesthesia Pre-Op Visit, Trans Health Care

Part 5, Integration Foundation, Complexity and Chronicity, Week 1

Learn an approach to history and exam in an anesthesia pre-op visit. Pro Comp Connection 14 – Care for Transgender Patients. Trans people report negative healthcare experiences related to being transgender, avoiding medical care because of fear of negative experiences and transphobia, and a high level of unmet healthcare needs.1,2,3 Trans people have a right to access affirming and non-discriminatory healthcare as outlined in the Ontario Human Rights Code and the Canadian Charter of Rights and Freedoms.

Tutorial: Ali Khan IF Chronicity and Complexity

Part 5, Integration Foundation, Complexity and Chronicity, Week 2

Ali is an 8-year-old boy who is a patient in the pediatric clinic. Ali’s parents have brought him to the clinic today because they are concerned about his ongoing vomiting. You briefly review Ali’s medical record to familiarize yourself with his medical issues: Past Medical History: Cerebral palsy, spastic quadriplegic GMFCS Level V; Severe intellectual disability; Microcephaly; Scoliosis; Visual impairment; Epilepsy; Gastroesophageal reflux disease.

General Objectives
Recognize how an interdisciplinary team can help manage a patient with complex chronic disease.
Identify a patient centered approach to care for individuals with chronic illnesses.
Describe chronic pain in a biopsychosocial framework which recognizes nociceptive, neuropathic, cognitive-perceptual, brain and behaviour and socio-environmental factors.
Global Objectives
Upon completion of this problem, students should be able to describe an approach to the management of chronic illness in a child with severe neurologic disease. Students should be able to describe an approach to the assessment of quality of life, goals of care and advanced care planning.

Tutorial: Novak B. Part 4 IF Chronicity and Complexity

Part 5, Integration Foundation, Complexity and Chronicity, Week 2

Novak B. is now 68 years old. He comes to the office today complaining of shortness of breath and fatigue on exertion. While Novak B. denies chest pain, over the last 3-4 weeks he has been getting more short of breath. He first noticed this when he was playing golf with his friends a few weeks ago. He wasn't able to finish his 18-hole game, despite using a cart. He walks his dog about 1 km every evening and usually stops every 250 m due to leg cramps. Lately, however, he has needed to stop every 100 m due to leg cramps as well as at the half-way mark due to fatigue. For the last week, he has been increasingly sleeping in his recliner rather than his bed due to difficulty breathing; however, he denies waking up gasping for air when you ask. He is still struggling with a burning sensation in his feet and legs and wakes up at night to “shake it off”. His once thin legs are becoming increasingly swollen as the day progresses. He denies any cough, fever or night sweats. He feels his heart is running faster at times, especially when physically active. You know that his spouse passed away last year after a long battle with cancer. He has 2 children who live out West. When questioned about alcohol intake, he admits that he has been drinking more alcohol since his spouse passed away.

General Objectives
Describe the prevalence of chronic disease in Canada and factors which contribute to it.
Identify the common physiologic changes which accompany the aging process, and how these changes may be associated with geriatric syndromes (such as cognitive impairment, gait/balance disturbance, falls/fracture, urinary incontinence, mood disturbance, and polypharmacy).
Describe diagnosis and treatment considerations for common chronic diseases.
Recognize how an interdisciplinary team can help manage a patient with complex chronic disease.
Identify a patient centered approach to care for individuals with chronic illnesses.
Global Objectives
Upon completion of this problem, the student should be able to develop an approach to congestive heart failure and atrial fibrillation in patients with chronic kidney disease and diabetes and recognize the burden of polypharmacy in the elderly.

Clinical Skills Sessions: Dyspnea in Adult Palliative Care

Part 5, Integration Foundation, Complexity and Chronicity, Week 2

To practice a palliative care assessment, including symptom assessment, detailed social and functional history, and practice a goals of care discussion using the Serious Illness Conversation Guide (Click for link) as a template. To practice using likelihood ratios from the JAMA Rational Clinical Exam Article Does this patient have a pleural effusion? to formulate a post-test probability of pleural effusion in this case. To discuss common clinical tools helpful in a palliative care assessment, including the Edmonton Symptom Assessment Scale (ESAS – Click for link), and Palliative Performance Scale (PPS). To discuss core principles of primary palliative approach to care. Pro Comp Connection – Palliative care for marginalized populations.

Active Large Group Session: Practical Genetics

Part 5, Integration Foundation, Complexity and Chronicity, Week 3

Activity Objectives
Review the principles of single-gene, mitochondrial, and multifactorial inheritance.
Explain genetic imprinting and epigenetics.
Describe indications for genetic testing in general practice.
Explain practical implications of genetic testing.
Interpret results of common genetic tests.
General Objectives
Recognize how an interdisciplinary team can help manage a patient with complex chronic disease.

Tutorial: Susanna Green Part 2 IF Chronicity and Complexity

Part 5, Integration Foundation, Complexity and Chronicity, Week 3

Susanna is an Indigenous woman who lives in the Six Nations of the Grand River Reserve. She is well-known to you. She first met you in the outpatient setting during your day in family medicine rotation two years ago at the beginning of medical school. At that time, Susanna had several issues with the management of diabetes, including regular blood glucose monitoring and appropriate medical management. Susanna has a complex medical history including type 2 diabetes, hypertension, obstructive sleep apnea, and a previous myocardial infarction and subsequent triple coronary bypass graft. After a lengthy stay in ICU six months ago due to pneumonia and septic shock, she developed end stage renal disease and is currently receiving in centre hemodialysis through a tunneled internal jugular catheter twice weekly. You are currently on your clerkship selective on nephrology with Susanna assigned to your team. Susanna has been admitted for a worsening chronic wound on her right heel. Susanna states she was attending the Grand River dialysis outpatient clinic on the Six Nations reserve 2 days ago, when one of the nurses there noticed increasing drainage from her right heel wound. Susanna’s vital signs there revealed she was febrile at 38.1 degrees and tachycardiac at 110 beats per minute with blood pressure 90/50 mmHg, respiratory rate 17 breaths per minute, and oxygen 100% on room air. Bloodwork was then taken, and a septic workup was also ordered.

General Objectives
Describe the prevalence of chronic disease in Canada and factors which contribute to it.
Describe diagnosis and treatment considerations for common chronic diseases.
Recognize how an interdisciplinary team can help manage a patient with complex chronic disease.
Identify a patient centered approach to care for individuals with chronic illnesses.
Global Objectives
Upon completion of this problem, students should be able to discuss the assessment and management of the microvascular and macrovascular complications of diabetes. Students should be able to recognize the importance of an interdisciplinary team to manage complications of diabetes.

Active Large Group Session: Dermatology Papulosquamous Disorders and Drug Reactions

Part 5, Integration Foundation, Complexity and Chronicity, Week 3

To introduce an approach to the assessment of patients presenting with red scaly patches or plaques on the body. Introduce an approach to the assessment and initial management of common papulosquamous disorders (e.g. psoriasis, seborrheic dermatitis, atopic dermatitis, contact dermatitis). To introduce an approach to the assessment and initial management of patients presenting with drug reactions, including severe drug eruptions such as Angioedema, Drug Reaction with Eosinophilia and Systemic Symptoms (DRESS), Steven Johnson Syndrome (SJS) and Toxic Epidural Necrolysis (TEN).

Clinical Skills Sessions: Claudication

Part 5, Integration Foundation, Complexity and Chronicity, Week 3

Review an approach to history and exam for peripheral vascular disease (PVD); and to practice prescribing exercise and SMART Goal setting in context of PVD. A 56yo M presents to Vascular Surgery clinic, referred for claudication.

Tutorial: Hannah Rosen Part 2 IF Chronicity and Complexity

Part 5, Integration Foundation, Complexity and Chronicity, Week 4

Hannah Rosen is 18-year-old female who presents to the outpatient clinic after a frantic call to the receptionist earlier during the day. Hannah has been coming to the clinic for the past 16 years for treatment and monitoring of her cystic fibrosis. Her parents, who have been supportive, are out of town on an anniversary cruise and Hannah didn’t know who to call. Hannah states she has been having increased sputum production, low grade fever and difficulty catching her breath over the past few days. She took the action plan of ciprofloxacin she has at home. She takes this when her respiratory symptoms worsen. Hannah states she has been compliant with her antibiotics, but her symptoms suddenly got worse overnight. Hannah does not want her parents to know about this and asks that they not be contacted about her hospital visit. On examination, Hannah appears in distress. She is using her intercostal muscles to help her breathe and appears cyanotic and diaphoretic. Her vitals are taken by the clinic nurse while they are waiting for her pediatric respirologist to finish with the previous patient. Hannah’s temperature is 39.1, oxygen saturation is 91 percent, heart rate is 115 and her blood pressure is 100/60. The nurse calls for immediate help and Hannah is taken to the ICU where she is placed on oxygen. Chest x-ray and additional blood work including ABGs are ordered.

General Objectives
Describe the medical and ethical principles of organ transplantation and living and deceased donation.
Global Objectives
Upon completion of this problem, students should be able to describe the pathophysiology of chronic respiratory failure and associated clinical decision-making with regard to organ transplantation and donation.

Clinical Skills Sessions: Opioid Use Disorder, Chronic Non-Cancer Pain

Part 5, Integration Foundation, Complexity and Chronicity, Week 4

To practice a history and physical exam for low back pain including a focus on red flags and yellow flags (re. CORE Back tool). To recognize symptoms and signs of opioid withdrawal using the Clinical Opioid Withdrawal Scale (COWS). To discuss non-pharmacologic approaches for treatment of chronic non-cancer pain. To discuss the watchful dose for opioids in chronic non-cancer pain, and practice an opioid conversion to determine morphine equivalent daily dose (MEDD). To review risk factors for opioid use disorder using the Opioid Risk Tool (ORT). To review core principles of diagnosis and initial management of opioid use disorder in primary care. Pro Comp Connection – Patients with Addictions.

General Objectives
Describe chronic pain in a biopsychosocial framework which recognizes nociceptive, neuropathic, cognitive-perceptual, brain and behaviour and socio-environmental factors.

Tutorial: Myles Downie IF Chronicity and Complexity

Part 5, Integration Foundation, Complexity and Chronicity, Week 4

Myles is a 24-year-old male arriving at a tertiary trauma centre from Manitoulin Island after a witnessed jump off a local railway crossing bridge. Myles was initially brought to the local community hospital where ATLS protocol was initiated by the rural ER physician. He was found to be hypotensive 82/45 mmHG, tachycadiac 120 bpm, and hypothermic at 34.5 C. X-rays revealed a pelvic fracture, a pneumothorax requiring a chest tube and bilateral open calcaneal fractures. Myles was then stabilized and transferred to the nearest tertiary centre 2 hours away via helicopter. Myles is well known to the local ER team in his home community of Zhiibaahaasing First Nations on Manitoulin Island for persistent suicidal ideation episodes. Myles comes from a large close-knit family with many of his relatives reunited over the past few years due to their own issues with being victims of the Residential School Act in their early years. Myles has tried to take his own life on several occasions, stating “I cannot take the pain forward from my ancestors anymore, it must die with me”. According to his sister and uncle, Myles began consuming more illicit substances and marijuana after his father took his own life 10 years ago and his mother was unable to take care of Myles and his siblings. His mother moved away, and Myles and his siblings were split up amongst several family members and placed in foster care. Despite leaving high school in grade 10, Myles has had some landscaping jobs and tree planting jobs over the past few years. Myles has been sent on two occasions to rehabilitation centres in Ottawa for substance abuse, but feels his problems are not addressed in these environments due to lack of cultural awareness. Myles enters the ER setting intubated with a chest tube in situ as well as a pelvic binder on. His lower extremities are in soft splints with dressings applied. The transfer team established additional IV access and has administered 2L of crystalloid fluids on route as well as rewarmed patient as he was quite cold when he left the Manitoulin hospital with a temperature of 35.4 degrees. They also report that Myles was given antibiotics and tetanus before leaving

General Objectives
Explain the management of the polytrauma patient utilizing the ATLS algorithm.
Global Objectives
Upon completion of this problem, students should be able to identify key features of a polytrauma patient and discuss primary management utilizing the ATLS algorithm. Students should be able to demonstrate compassionate, culturally safe, relationship centered care for First Nations, Inuit, Métis patients, their families and communities.

Active Large Group Session: How to Read a Paper and Intro to Critical Appraisal

Transition to Clerkship

Define evidence-based medicine and its significance. Review the hierarchy of evidence. Review an approach to critically appraising clinical research. Discuss how clinical epidemiology concepts can be incorporated into clinical practice and associated challenges.

General Objectives
Appraise, incorporate principles of resource stewardship to, and apply acquired knowledge into medical decision-making.

Standardized Patients: Goals of Care

Transition to Clerkship

This Goals of Care simulation session has been developed to provide students an opportunity to hone their skills in conducting effective GoC discussions. It will provide you with a chance to practice your skills with Standardized Patients, and to receive feedback and suggestions from skilled clinicians in a constructive way.

Clinical Skills Practice Sessions: Clerkship Hands-On Practical Skills

Transition to Clerkship, Week 1

Introduction to core clerkship hands-on skills. Stations are: Defib and EKG, IV, Airway, Pediatric emergencies, NG tube insertion, Foley insertion, Casting and splinting, Suturing

Clinical Skills Sessions: Exertional Nausea and Dyspnea x 2 weeks

Transition to Clerkship, Week 1

You are on a family medicine clerkship rotation at a clinic in Stoney Creek. The clinic has access to interdisciplinary supports (e.g. social work, dietitian, physiotherapy, nursing), bedside 12-lead Electrocardiogram (ECG) and Oxygen by Nasal Prongs, an AED (Automated External Defibrillator), X-Ray and bloodwork next door. Your nearest tertiary care hospital is <30 minutes away. Your first patient is Casey Brady, a 60 year-old from home alone in a townhouse in Stoney Creek. Casey’s reason for visit is listed as “new onset exertional nausea and dyspnea x 2 weeks”.

Activity Objectives
Practice a focused history and physical exam for a patient presenting with chest pain, dyspnea and nausea/vomiting, with a focus on the cardiac, respiratory and abdominal exam.
Review the “can’t miss” diagnoses of chest pain.
Practice 12-lead Electrocardiogram (ECG) Interpretation.
Discuss initial in-office management for a patient with concern for a patient presenting with acute ST-Elevation Myocardial Infarction (STEMI) prior to transfer to hospital.
Learn and practice the SBAR (Situation, Background, Assessment, Recommendation) tool for verbal handover of patient care.
Learn and to practice the SOAP (Subjective, Objective, Assessment, Plan) tool for written handover of patient care.
Practice holding a goals of care discussion with a capable patient using the Serious Illness Conversation Guide framework.
Practice communicating serious illness news to a substitute decision maker over the phone.

Clinical Skills Sessions: Headache and Cough in a Pregnant Patient x 3 days

Transition to Clerkship, Week 2

You are working with a community family physician who works in their clinic and the emergency department at an academic centre in St. Catharines. You are early in your clerkship and haven’t completed your Obstetrics/Gynecology core rotation yet. The clinic is able to do in-house ECGs and Urine dipsticks. They can send a requisition for bloodwork and chest x-ray, completed offsite. Your first patient is Vanessa, a 35 year-old G2P0 patient who is 28 weeks pregnant with exercise-induced asthma and normal prenatal course to date, last seen for prenatal care at 24-weeks where she was sent for a gestational diabetes screen that was normal. She is taking a prenatal vitamin with 1mg folic acid daily. Your clinic is following her for prenatal care within a shared care model for her pregnancy, with an obstetrician in St. Catharines following her with a plan to deliver at Niagara Health St. Catharines hospital. You were due to see her in follow-up later this week (for her 28-week visit) but she has been scheduled as an urgent visit today for headache and cough x 3 days.

Activity Objectives
Learn and practice the SBAR (Situation, Background, Assessment, Recommendation) tool for verbal handover of patient care.
Learn and to practice the SOAP (Subjective, Objective, Assessment, Plan) tool for written handover of patient care.
Practice holding a goals of care discussion with a capable patient using the Serious Illness Conversation Guide framework.
Practice communicating serious illness news to a substitute decision maker over the phone.
Review routine prenatal care visits, including questions to ask at each visit in the 3rd trimester.
Practice a focused history and exam for a patient presenting with abnormal vital signs, with a focus on infection.
Review intermittent auscultation as an in-office assessment of fetal well-being, including normal vs. abnormal findings.
To discuss initial in-office management for a patient who is clinically unstable, including transfer to acute care.

PC Session: Moral Reasoning and Ethical Decision-Making Integration

Transition to Clerkship, Week 2

This session has been developed in response to student requests to approach more substantive or challenging ethical dilemmas prior to entering clerkship.

General Objectives
Employ and critically evaluate ethical theories and principles when exploring learning scenarios and reasoning about ethical challenges in the clinical setting.
Judge when additional expertise is needed in the resolution of ethical choices and where to find appropriate resources (help, laws, policies, etc.) to obtain this help.
Apply the McMaster framework for moral reasoning.
Identify ethical issues and dilemmas in their own clinical experiences related to patient care, institutional practices and health policies.
Demonstrate awareness of how social contexts and epistemological perspective, such as privilege and power, contribute to uncertainty and ethical challenges in practice.

Clinical Skills Sessions: Fever x 24 hours in a Patient Living in Long-Term Care

Transition to Clerkship, Week 3

You are on a rural family medicine clerkship rotation. In addition to working in a family medicine clinic, your preceptor works in the ER, assists in the OR and has patients in the community’s Long-Term Care Facility (LTC). LTC can collect bloodwork to be sent offsite and can check urine dipsticks at the bedside. Imaging tests would require transfer of the patient offsite. Your preceptor’s clinic receives a message from the community LTC facility. The RN working on the LTC unit, Nate, shares that a patient under the care of your preceptor, Morgan Wright, has a new onset of fever x 24 hours, where the RN is concerned about the patient’s health. Your preceptor is busy with a patient in the clinic and asks you to take the call to complete an initial assessment, with a low threshold to call for help if you are concerned.

Activity Objectives
Learn and practice the SBAR (Situation, Background, Assessment, Recommendation) tool for verbal handover of patient care.
Learn and to practice the SOAP (Subjective, Objective, Assessment, Plan) tool for written handover of patient care.
Review a differential diagnosis for fever.
Practice a focused assessment of a patient over the telephone in coordination with a bedside nurse.
Review non-verbal signs of pain for patients unable to communicate verbally (e.g. for patients with dementia).
Review common medications used for control of symptoms in end-of-life care
Practice holding a goals of care discussion with a substitute decision-maker for an incapable patient using the Serious Illness Conversation Guide framework.

Small Group Session: Women's Sexual Health

Transition to Clerkship, Week 3

Menopause. Pregnancy symptoms. Normal delivery. OB complications. Shoulder dystocia.

e-Learning Module: Transition to Clerkship Self-Directed Learning Path

Transition to Clerkship, Clerkship

Includes: Navigating an admission. N95 Mask Education. Prescription for a Lawsuit. Infection Control Review. Diagnostic Imaging Quality and Safety

Active Large Group Session: Prescribing Safety Assessment

Transition to Clerkship, Clerkship

Increase your knowledge on the safe and effective use of medicines.

Essential Clinical Experience
Pre-anesthetic history on ASA I or II patient

Simulations: Anesthetic Practice

Clerkship, Anesthesia Rotation

Clerkship Objectives
Place appropriate monitoring devices prior to induction of anesthesia (EKG, NIBP, SpO2)
Explain the concept of balanced anesthesia and its role in modern general anesthetics

e-Learning Module: The Anesthetic Machine

Clerkship, Anesthesia Rotation

Recognize components of the anesthetic machine and monitors. Understand the basic principles of different ventilator modes. Be able to set up the anesthetic machine.

Tutorial: Anesthetic Practice

Clerkship, Anesthesia Rotation

Clerkship Objectives
Explain the presentation and management of malignant hyperthermia as an example of the hypermetabolic state

e-Learning Module: Regional Anesthesia

Clerkship, Anesthesia Rotation

This module focuses on the basic priciples of local anesthetics. Applications of regional anesthesia, including plexus blocks, and neuraxial techniques. Spinal and epidural technique. Physiology of a nerve terminal. Pharmacokinetics and pharmacodynamics of local anesthetics. Systemic toxicity.

e-Learning Module: Principles of Pharmacology and General Anesthesia

Clerkship, Anesthesia Rotation

In this module, you will learn about fundamental pharmacology concepts in anesthesiology, and the roles of various drugs in anesthesiology such as induction agents, neuromuscular blockers, inhalational anesthestics, and opioids.

Clerkship Objectives
Explain the following concepts as they relate to drugs administered via intravenous: half-life, therapeutic range, metabolism, redistribution, elimination and target organ
Identify intravenous drugs used in the induction, maintenance and emergence of general anesthesia, including indications for use, mechanism of action, and common side effects

e-Learning Module: Pre-Op Assessment

Clerkship, Anesthesia Rotation

In this module, you'll learn about the importance of the pre-operative assessment, identification of anesthetic considerations for various co-morbidities, and anesthesia-focused physical examination.

e-Learning Module: Pediatric Anesthesia Module

Clerkship, Anesthesia Rotation

To develop an overall approach in pediatric anesthesia. To learn about anatomical differences relevant to pediatric anesthesia. To get familiar with some physiological differences relevant to pediatric anesthesia.

Clerkship Objectives
Describe the main physiologic differences between pediatric and adult patients and explain their implication on anesthetic management
Calculate appropriate endotracheal tube size for pediatric patients.
Explain the fluid management issues of the pediatric patient.

e-Learning Module: Pain Management

Clerkship, Anesthesia Rotation

Acute and chronic pain arise from different processes and are approached very differently. While acute pain is a physiological response to a known stimulus, and disappears with tissue healing, chronic pain is not necessarily related to tissue damage, and therefore persists due to changes or damage in the neuronal pathways that relay pain. For acute pain, the pain is expected to be greatest immediately following the noxious stimulus (e.g. surgery), and so pain control is initially high and is titrated down as the tissue heals. Chronic pain management aims to titrate up pain control measures, starting with non-pharmacological measures, and moving to pharmacological interventions in a step-wise approach.

Tutorial: Volume and Circulatory Management

Clerkship, Anesthesia Rotation

Clerkship Objectives
Define shock and explain how shock can be classified (types and degree). Describe potential treatments for the patient in shock, including the rational use of vasoactive and inotropic medications.

Simulations: Airway Management

Clerkship, Anesthesia Rotation

Clerkship Objectives
Describe airway anatomy relevant to bag-mask ventilation and endotracheal intubation
Provide a patent airway in an unconscious, adult patient, with or without the use of an airway device (oral or nasal airway), with minimal or no assistance.
List indications for endotracheal intubation, use of LMA, and indications for mechanical ventilation
Prepare airway management equipment: laryngoscope, suction, styletted endotracheal tube, laryngeal mask airway.
Position the unconscious, adult patient or appropriate simulation device for insertion of an LMA or for performance of laryngoscopy with minimal assistance.
Insert an LMA with minimal assistance in an unconscious, adult patient or appropriate simulation device. Demonstrate attention to patient care and safety during insertion. Assess appropriate positioning of the device.
Perform laryngoscopy and endotracheal intubation with minimal assistance in an unconscious, adult patient or appropriate simulation device. Demonstrate attention to patient care and safety. Assess appropriate positioning of endotracheal tube.
List the types of patients who are at highest risk of aspiration. Explain how we prevent aspiration and describe how aspiration is treated.

Simulations: Examination

Clerkship, Anesthesia Rotation

Clerkship Objectives
Assess a patient who has an ASA class 1 or 2 classification with regards to their readiness for anesthesia by taking an appropriate history and performing a relevant physical examination.
Assess the patient's airway for ease of mask ventilation, LMA insertion or endotracheal intubation.
Describe how you would assess a patient's volume status
Assess a patient's fluid/volume status (using history, physical exam, available monitors and laboratory investigations)

e-Learning Module: Ventilation

Clerkship, Anesthesia Rotation

Simulations: General Anesthesia

Clerkship, Anesthesia Rotation

Clerkship Objectives
Explain the goals and phases of general anesthesia

Simulations: Oxygenation

Clerkship, Anesthesia Rotation

Oxygen delivery. Ventilation. Hypoxemia.

Clerkship Objectives
Describe at least 3 systems for delivering oxygen to patients
Describe how we measure patient ventilation and oxygenation and how to determine if they are adequate.
List the causes of hypoxemia. Describe appropriate treatment of hypoxemia in the perioperative setting.

Simulations: Pain Management

Clerkship, Anesthesia Rotation

Clerkship Objectives
Describe common side effects of the commonly-used analgesic techniques.

Simulations: Patient History

Clerkship, Anesthesia Rotation

Clerkship Objectives
Describe the role of the preoperative anesthetic assessment with regards to optimizing patient risk.
Clerkship Objectives
Provide compassionate and reassuring care to patients in the perioperative setting
Demonstrate appropriate care of unconscious patients (i.e. protecting patient head and limbs)
Demonstrate ability to work in the perioperative environment including appropriate communication and teamwork.

Simulations: Pharmacology

Clerkship, Anesthesia Rotation

Clerkship Objectives
Identify intravenous drugs used in the induction, maintenance and emergence of general anesthesia, including indications for use, mechanism of action, and common side effects
Identify inhalation anesthetic agents used in the induction and maintenance of general anesthesia including mode of delivery, indications of use, mechanism of action, concept of minimum alveolar concentration and common side effects

Simulations: Ventilation

Clerkship, Anesthesia Rotation

Clerkship Objectives
Demonstrate adequate ventilation using the bag-mask valve technique with minimal assistance in the unconscious, adult patient.
Explain common mechanical ventilation parameters (volume control and pressure control ventilation, respiratory rate, tidal volume, pressure and PEEP)
Demonstrate appropriate use of the anesthetic circuit and ventilator with minimal assistance.
Clerkship Objectives
Prepare the equipment and supplies needed to insert an intravenous in an adult patient.
Insert an intravenous in a conscious or unconscious adult patient or appropriate simulation device with minimal assistance. Demonstrate ability to determine the proper function of the intravenous line.
Replace crystalloid solutions demonstrating sterile techniques and ability to maintain line without air.
Describe appropriate uses for the following crystalloid solutions: normal saline, Ringer's lactate, D5W, D5W/NS. Describe appropriate uses of the colloid solutions albumin and Pentaspan. Explain the complications of using these fluids.
Describe the determinants of cardiac output. Explain the relationship between myocardial oxygen supply and demand and how we can alter each aspect of the relationship perioperatively.
Define shock and explain how shock can be classified (types and degree). Describe potential treatments for the patient in shock, including the rational use of vasoactive and inotropic medications.

Tutorial: Airway Management

Clerkship, Anesthesia Rotation

Endotracheal intubation. Bag-mask ventilation. Laryngeal mask airway (LMA). Mechanical ventilation. Extubation. Aspiration.

Clerkship Objectives
List indications for endotracheal intubation, use of LMA, and indications for mechanical ventilation
Describe criteria for extubation

Tutorial: Ventilation

Clerkship, Anesthesia Rotation

e-Learning Module: What is an Anesthesiologist - Intro to Anesthesia

Clerkship, Anesthesia Rotation

An overview of the various roles of an anesthesiologist and the historical background of the specialty.

Essential Clinical Experience
Pre-anesthetic airway exam
Essential Clinical Experience
Anesthesia and the patient with respiratory disease (i.e. asthma, COPD, OSA, smoker, etc.)
Essential Clinical Experience
Patient for emergency or after-hours surgery
Essential Clinical Experience
Laryngoscopy
Essential Clinical Experience
Laryngeal mask airway, Insert
Essential Clinical Experience
Introperative CVS emergency
Essential Clinical Experience
Intraoperative resp emergency
Essential Clinical Experience
Endotracheal tube, insert
Essential Clinical Experience
Spinal anesthesia or lumbar puncture
Essential Clinical Experience
Arterial line or Arterial blood gas
Essential Clinical Experience
Apply routine anesthetic monitors
Essential Clinical Experience
Anesthesia and the patient with neuromuscular disease (i.e. MS, CP, MD, CVA, etc.)

e-Learning Module: Fluid Management

Clerkship, Anesthesia Rotation

Understand the anesthesiologist's approach to fluid management peri-operatively. Learn how to determine a patient's volume status. Calculate maintenance volume administration. Calculate volume deficits. Understand volume and blood loss replacement. Identify complications of massive transfusions.

Essential Clinical Experience
Anesthesia and the patient with diabetes

Tutorial: Pain Management

Clerkship, Anesthesia Rotation

Tutorial: Oxygenation

Clerkship, Anesthesia Rotation

Tutorial: Patient History

Clerkship, Anesthesia Rotation

Clerkship Objectives
Describe the role of the preoperative anesthetic assessment with regards to optimizing patient risk.

Tutorial: Examination

Clerkship, Anesthesia Rotation

Clerkship Objectives
Describe how you would assess a patient's volume status
Assess a patient's fluid/volume status (using history, physical exam, available monitors and laboratory investigations)

Tutorial: Pharmacology

Clerkship, Anesthesia Rotation

Clerkship Objectives
Explain the presentation and management of pseudocholinesterase (plasma cholinesterase) deficiency as an example of a pharmacogenetic disease.

PC Session: Anesthesia; Patient Safety and Team Communication

Clerkship, Anesthesia Rotation

This session will provide you with a background in the key elements of patient safety and team communication from an Anesthesia perspective. The material provided includes medico-legal perspectives from the CMPA, designed to help minimize the risk of medical error. More generally, the material provided in this module applies to patient safety and team communication in any clinical setting. You will have the opportunity to discuss the factors that affect patient safety, and explore ways to optimize team communication.

Clerkship Objectives
Demonstrate ability to work in the perioperative environment including appropriate communication and teamwork.
Essential Clinical Experience
Anesthesia and the patient with chronic pain or on chronic opioids
Essential Clinical Experience
Anesthesia and the patient for laparoscopic surgery
Essential Clinical Experience
Anesthesia and the obese patient
Essential Clinical Experience
Anesthesia and the patient with CVS disease (i.e. HTN, CAD, CHF, PVD, dysrhythmia, etc.)
Essential Clinical Experience
Bag-mask ventilation, unconscious adult

Clinical Exposure: Examination

Clerkship, Anesthesia Rotation

Clerkship Objectives
Assess a patient who has an ASA class 1 or 2 classification with regards to their readiness for anesthesia by taking an appropriate history and performing a relevant physical examination.
Assess the patient's airway for ease of mask ventilation, LMA insertion or endotracheal intubation.
Describe how you would assess a patient's volume status
Assess a patient's fluid/volume status (using history, physical exam, available monitors and laboratory investigations)

Clinical Exposure: Pain Management

Clerkship, Anesthesia Rotation

Clerkship Objectives
Describe common side effects of the commonly-used analgesic techniques.
Explain how epidurals and patient controlled analgesia is used in perioperative analgesia.
Describe modalities of analgesia used in labour and delivery

Clerkship Teaching Session: Ventilation

Clerkship, Anesthesia Rotation

Clerkship Objectives
Explain common mechanical ventilation parameters (volume control and pressure control ventilation, respiratory rate, tidal volume, pressure and PEEP)
Demonstrate appropriate use of the anesthetic circuit and ventilator with minimal assistance.
Clerkship Objectives
List potential sites for vascular access and describe complications associated with each site.
Explain how euvolemia can be disturbed/altered in the perioperative period and how these alterations are managed.
Explain the fluid management issues of the pediatric patient.
Describe appropriate uses for the following crystalloid solutions: normal saline, Ringer's lactate, D5W, D5W/NS. Describe appropriate uses of the colloid solutions albumin and Pentaspan. Explain the complications of using these fluids.
Describe the rational use of blood product therapy. Explain the complications of massive transfusions.
Define shock and explain how shock can be classified (types and degree). Describe potential treatments for the patient in shock, including the rational use of vasoactive and inotropic medications.
Clerkship Objectives
Prepare the equipment and supplies needed to insert an intravenous in an adult patient.
List potential sites for vascular access and describe complications associated with each site.
Insert an intravenous in a conscious or unconscious adult patient or appropriate simulation device with minimal assistance. Demonstrate ability to determine the proper function of the intravenous line.
Explain how euvolemia can be disturbed/altered in the perioperative period and how these alterations are managed.
Explain the fluid management issues of the pediatric patient.
Replace crystalloid solutions demonstrating sterile techniques and ability to maintain line without air.
Describe appropriate uses for the following crystalloid solutions: normal saline, Ringer's lactate, D5W, D5W/NS. Describe appropriate uses of the colloid solutions albumin and Pentaspan. Explain the complications of using these fluids.
Describe the rational use of blood product therapy. Explain the complications of massive transfusions.
Describe the determinants of cardiac output. Explain the relationship between myocardial oxygen supply and demand and how we can alter each aspect of the relationship perioperatively.
Define shock and explain how shock can be classified (types and degree). Describe potential treatments for the patient in shock, including the rational use of vasoactive and inotropic medications.

Clinical Exposure: Ventilation

Clerkship, Anesthesia Rotation

Clerkship Objectives
Demonstrate adequate ventilation using the bag-mask valve technique with minimal assistance in the unconscious, adult patient.
Explain common mechanical ventilation parameters (volume control and pressure control ventilation, respiratory rate, tidal volume, pressure and PEEP)
Demonstrate appropriate use of the anesthetic circuit and ventilator with minimal assistance.

Clinical Exposure: Airway Management

Clerkship, Anesthesia Rotation

Endotracheal intubation. Bag-mask ventilation. Laryngeal mask airway (LMA). Laryngoscopy. Extubation. Aspiration.

Clerkship Objectives
Describe airway anatomy relevant to bag-mask ventilation and endotracheal intubation
Provide a patent airway in an unconscious, adult patient, with or without the use of an airway device (oral or nasal airway), with minimal or no assistance.
List indications for endotracheal intubation, use of LMA, and indications for mechanical ventilation
Calculate appropriate endotracheal tube size for pediatric patients.
Prepare airway management equipment: laryngoscope, suction, styletted endotracheal tube, laryngeal mask airway.
Describe criteria for extubation
Position the unconscious, adult patient or appropriate simulation device for insertion of an LMA or for performance of laryngoscopy with minimal assistance.
Insert an LMA with minimal assistance in an unconscious, adult patient or appropriate simulation device. Demonstrate attention to patient care and safety during insertion. Assess appropriate positioning of the device.
Perform laryngoscopy and endotracheal intubation with minimal assistance in an unconscious, adult patient or appropriate simulation device. Demonstrate attention to patient care and safety. Assess appropriate positioning of endotracheal tube.
List the types of patients who are at highest risk of aspiration. Explain how we prevent aspiration and describe how aspiration is treated.

Clinical Exposure: Anesthesia Clerkship

Clerkship, Anesthesia Rotation

Consists of 7 days in the OR (maybe less in case of holidays) and 2 on call shifts.

Clinical Exposure: Anesthetic Practice

Clerkship, Anesthesia Rotation

Clerkship Objectives
Place appropriate monitoring devices prior to induction of anesthesia (EKG, NIBP, SpO2)
Explain the concept of balanced anesthesia and its role in modern general anesthetics
Describe the anatomy relevant to epidural or spinal anesthetic techniques. Explain the role of regional anesthesia in modern anesthetic practice.
Explain the presentation and management of malignant hyperthermia as an example of the hypermetabolic state

Clinical Exposure: General Anesthesia

Clerkship, Anesthesia Rotation

Clerkship Objectives
Explain the goals and phases of general anesthesia

Clerkship Teaching Session: Pain Management

Clerkship, Anesthesia Rotation

Clinical Exposure: Patient History

Clerkship, Anesthesia Rotation

Clerkship Objectives
Describe the role of the preoperative anesthetic assessment with regards to optimizing patient risk.

e-Learning Module: Anti-Racism Integration in the Anesthesia Curriculum (Optional)

Clerkship, Anesthesia Rotation

Examining racial biases in pulse oximetry measurements. Evaluating the associations between race, ethnicity, and the management of pain. Identifying racial and ethnic disparities in the use of regional anesthesia.

Clerkship Objectives
Describe systematic mechanisms to increase safety in the delivery of inhalation and intravenous drugs including labeling of syringes, needle recapping, use of needleless systems, preventing hypoxic anesthetic mixtures, etc.

e-Learning Module: Anesthesia for the Obstetrical Patient

Clerkship, Anesthesia Rotation

Physiological differences in obstetrical patients. The role and impact of anesthesia for obstetrical patients. Labour analgesia. Epidurals. Epidural procedure.

e-Learning Module: Anesthesia Clerkship Orientation

Clerkship, Anesthesia Rotation

Orientation to Anesthesia clerkship.

e-Learning Module: Airway Management

Clerkship, Anesthesia Rotation

Clerkship Objectives
List indications for endotracheal intubation, use of LMA, and indications for mechanical ventilation
Clerkship Objectives
Provide compassionate and reassuring care to patients in the perioperative setting
Demonstrate appropriate care of unconscious patients (i.e. protecting patient head and limbs)
Demonstrate ability to work in the perioperative environment including appropriate communication and teamwork.

Clinical Exposure: Pharmacology

Clerkship, Anesthesia Rotation

Clerkship Objectives
Describe modalities used to control pain in the perioperative period: opioids, NSAIDs (including Acetaminophen), steroids, regional techniques and local anesthesia. Explain how analgesics are used in a mulitmodal fashion.
Explain the following concepts as they relate to drugs administered via intravenous: half-life, therapeutic range, metabolism, redistribution, elimination and target organ
Identify intravenous drugs used in the induction, maintenance and emergence of general anesthesia, including indications for use, mechanism of action, and common side effects
Identify inhalation anesthetic agents used in the induction and maintenance of general anesthesia including mode of delivery, indications of use, mechanism of action, concept of minimum alveolar concentration and common side effects

Clerkship Teaching Session: Pharmacology

Clerkship, Anesthesia Rotation

Clerkship Objectives
Explain the following concepts as they relate to drugs administered via intravenous: half-life, therapeutic range, metabolism, redistribution, elimination and target organ
Identify intravenous drugs used in the induction, maintenance and emergence of general anesthesia, including indications for use, mechanism of action, and common side effects
Identify inhalation anesthetic agents used in the induction and maintenance of general anesthesia including mode of delivery, indications of use, mechanism of action, concept of minimum alveolar concentration and common side effects
Explain the presentation and management of pseudocholinesterase (plasma cholinesterase) deficiency as an example of a pharmacogenetic disease.

Clinical Exposure: Oxygenation

Clerkship, Anesthesia Rotation

Oxygen delivery. Ventilation. Hypoxemia.

Clerkship Objectives
Describe at least 3 systems for delivering oxygen to patients
Describe how we measure patient ventilation and oxygenation and how to determine if they are adequate.
List the causes of hypoxemia. Describe appropriate treatment of hypoxemia in the perioperative setting.
Clerkship Objectives
Describe the physiologic changes associated with pregnancy and explain their implication on anesthetic management
Describe the main physiologic differences between pediatric and adult patients and explain their implication on anesthetic management
Describe the anesthetic management of the patient undergoing Cesarean section
Place appropriate monitoring devices prior to induction of anesthesia (EKG, NIBP, SpO2)
Explain the concept of balanced anesthesia and its role in modern general anesthetics
Describe systematic mechanisms to increase safety in the delivery of inhalation and intravenous drugs including labeling of syringes, needle recapping, use of needleless systems, preventing hypoxic anesthetic mixtures, etc.
Describe the anatomy relevant to epidural or spinal anesthetic techniques. Explain the role of regional anesthesia in modern anesthetic practice.
Explain the presentation and management of malignant hyperthermia as an example of the hypermetabolic state
Clerkship Objectives
Explain the goals and phases of general anesthesia

Clerkship Teaching Session: Airway Management

Clerkship, Anesthesia Rotation

Clerkship Objectives
Calculate appropriate endotracheal tube size for pediatric patients.
List the types of patients who are at highest risk of aspiration. Explain how we prevent aspiration and describe how aspiration is treated.

Clerkship Teaching Session: Neurology

Clerkship, Emergency Medicine Rotation

Develop a broad differential diagnosis to rule out life/limb threatening pathologies, consider early investigations and management for the following presentations: Headache; Altered mental status; Weakness. Know when to call the interventional stroke team.

Clerkship Objectives
Demonstrate the ability to rapidly recognize and initiate basic management of acute life- or limb-threatening illness or injury
Describe a basic differential diagnosis including the significant worst-case diagnosis for every patient assessed.
Demonstrate a basic systematic, prioritized approach to resuscitation and stabilization of emergencies.
Altered level of consciousness - including the recognition and management of acute stroke
Seizure
Headache
Abnormal behavior (psychosis, delirium, intoxication, violence).
Dizziness / vertigo

Watching a Video: How to present in the Emergency Department

Clerkship, Emergency Medicine Rotation

How to present a patient history in an organized manner.

Clerkship Objectives
Demonstrate the ability to present a patient case in a clear, concise, and complete manner.
Essential Clinical Experience
Cardiac monitor lead placement
Essential Clinical Experience
12 Lead EKG (15 Lead optional)

e-Learning Module: Anti-Indigenous Racism Module Emergency Medicine

Clerkship, Emergency Medicine Rotation

Indigenous populations are the youngest and fastest-growing population in Canada and have disproportionate ED visit rates when compared to their non-Indigenous counterparts. Emergency physicians and staff should be aware of the potential ways that their institutions can advance health equity for Indigenous patients.

Activity Objectives
Identify clinical and environmental factors in the Emergency Department setting which may impact in the care an Indigenous patient may receive.
Identity knowledge gaps of historical events and colonialism which may contribute to unconscious bias towards Indigenous patients in the ED setting.
Recall circumstances of past incidents of anti-Indigenous racism in the ED setting in Canada.
Modify factors which may influence unconscious bias towards Indigenous patients in the ED setting .

Clerkship Teaching Session: Abdominal Pain

Clerkship, Emergency Medicine Rotation

Develop an approach to undifferentiated abdominal pain. Describe early management of abdominal pain.

Clerkship Objectives
Demonstrate the ability to rapidly recognize and initiate basic management of acute life- or limb-threatening illness or injury
Describe a basic differential diagnosis including the significant worst-case diagnosis for every patient assessed.
Demonstrate a basic systematic, prioritized approach to resuscitation and stabilization of emergencies.
Abdominal pain
Clerkship Objectives
Demonstrate a focused history and physical examination.
Essential Clinical Experience
Pregnancy Problems - SA, ectopic

e-Learning Module: Triage

Clerkship, Emergency Medicine Rotation

Become familiar with the Canadian Triage and Acuity System (CTAS) prior to the triage shift in Emergency medicine clerkship.

Clerkship Objectives
Establish and maintain effective working relationships with colleagues and other health care professionals.
Describe the role of other health professionals in the management of the patient in the ED.
Demonstrate a basic systematic, prioritized approach to resuscitation and stabilization of emergencies.
Demonstrate a basic ability to distinguish seriously ill or injured patients from those with minor conditions.
Distinguish which conditions are life-threatening or emergent from those that are less urgent.
Describe the concept of triage and prioritization of care, including paraphrasing the use of Canadian Triage and Acuity Scale (CTAS). Recognize that certain groups of patients require a high index of suspicion for serious illness (e.g.,immunocompromised, chronic renal failure, transplant, extremes of age, intoxicated, and diabetes).

e-Learning Module: Ethical Decision Making in Emergency Medicine

Clerkship, Emergency Medicine Rotation

By the end of the session learners should be able to: Understand and recognize core ethical principles (autonomy, beneficence, non-maleficence, justice) as they relate to emergency medicine. Develop an approach to recognizing and responding to ethical issues in clinical practice using a decision-making framework. Describe broad ethical and legal principles underlying informed consent and capacity. Be familiar with CPSO policy on mandatory reporting. Participate in a group based End of Rotation Debriefing session. Have an opportunity to discuss and reflect on any difficult or stressful clinical scenarios while on your rotation.

Clerkship Objectives
Be reliable and responsible in fulfilling obligations.
Demonstrate honesty and integrity in patient care.
Demonstrate sensitivity to cultural issues (e.g., age, sex, culture, disability).
Protect information provided by or about patients, keeping it confidential, and divulge it only with the patient’s permission except when otherwise required by law.
Demonstrate ethical decision making.

e-Learning Module: Trauma

Clerkship, Emergency Medicine Rotation

Understand the ABCDE approach to the management of the trauma patient. Recognize types of shock in the trauma patient (i.e. hypovolemic/hemorrhagic and obstructive shock). Identify resuscitative priorities and recognize life threatening injuries that require immediate management. Describe the roles of the members of the trauma team.

Clerkship Objectives
Minor trauma / MSK injuries (including fracture / dislocation/ sprain). Explain the ABCDE approach to major and minor trauma, identify resuscitative priorities and recognize injuries which require acute management.

Watching a Video: How Emerg Docs Think

Clerkship, Emergency Medicine Rotation

Clerkship Objectives
Demonstrate the ability to rapidly recognize and initiate basic management of acute life- or limb-threatening illness or injury
Describe a basic differential diagnosis including the significant worst-case diagnosis for every patient assessed.
Demonstrate a basic systematic, prioritized approach to resuscitation and stabilization of emergencies.
Demonstrate a basic ability to distinguish seriously ill or injured patients from those with minor conditions.

Clinical Exposure: Communication Skills in the ER

Clerkship, Emergency Medicine Rotation

Clerkship Objectives
Demonstrate the ability to present a patient case in a clear, concise, and complete manner.
Practice effective communication including the use of empathy, non-verbal communication and respectful counseling with patients and their families.
Demonstrate thorough, clear, and concise documentation and charting.
Provide clear discharge instructions for patients, including return to care instructions and ensure appropriate follow-up care.

e-Learning Module: Slack Case-Based Learning

Clerkship, Emergency Medicine Rotation

Goals of this activity are to help students refine their clinical decision making by problem-solving common case scenarios and connecting students with staff/residents during a time where face-to-face interaction may be limited.

Clerkship Objectives
Demonstrate an approach to patients presenting to the ED with the following problems (including basic differential diagnosis, initial investigations, and initial treatments):
Essential Clinical Experience
Abnormal behaviour (agitated patient, psychosis, intoxication, delirium, violence)
Essential Clinical Experience
Cardiac arrest

e-Learning Module: Red Eye

Clerkship, Emergency Medicine Rotation

In this module you'll learn about the approach to the red eye.

Clerkship Objectives
Eye pain (including red eye)

Clinical Exposure: Emergency Medicine Advocate

Clerkship, Emergency Medicine Rotation

Clerkship Objectives
Demonstrate effective advocacy for patient comfort (including pain management, basic needs).
Demonstrate an awareness of the underlying psychosocial and socioeconomic problems that may precipitate an ED visit.

Clinical Exposure: Examination: Trauma and burn

Clerkship, Emergency Medicine Rotation

Clinical Exposure: Emergency Medicine Triage Shift

Clerkship, Emergency Medicine Rotation

Students will be scheduled to complete one 2 hour triage shift with nursing staff.

Clinical Exposure: Emergency Medicine Scholar

Clerkship, Emergency Medicine Rotation

Clerkship Objectives
Demonstrate an ability to access various educational resources available to enhance patient care.
Demonstrate a basic ability to self-guide professional development, including identifying and addressing learning needs.
Demonstrate an understanding of the concepts of evidence-based medicine and best practice guidelines and how they relate to patient care in the ED.

Clinical Exposure: Emergency Medicine Professional

Clerkship, Emergency Medicine Rotation

Clerkship Objectives
Recognize and accept one’s limitations and know when to ask for help.
Be reliable and responsible in fulfilling obligations.
Take the appropriate measures to protect oneself from illness and injury.
Demonstrate honesty and integrity in patient care.
Demonstrate sensitivity to cultural issues (e.g., age, sex, culture, disability).
Maintain a professional appearance.
Demonstrate compassion and nonjudgmental approach to all patients.
Protect information provided by or about patients, keeping it confidential, and divulge it only with the patient’s permission except when otherwise required by law.
Demonstrate ethical decision making.

Clinical Exposure: Emergency Medicine Manager

Clerkship, Emergency Medicine Rotation

Clerkship Objectives
Demonstrate a basic understanding of the way the ED works (basic functioning, referrals, role of other health professionals).

Clinical Exposure: Emergency Medicine Clerkship

Clerkship, Emergency Medicine Rotation

Students must complete 12 x 8 hour clinical ER shifts.

Clinical Exposure: EM Medical Expert (presenting problems)

Clerkship, Emergency Medicine Rotation

Demonstrate an approach to patients presenting to the ED with the following problems listed below (including basic differential diagnosis, initial investigations, and initial treatments)

Clerkship Objectives
Chest pain
Shortness of breath
Altered level of consciousness - including the recognition and management of acute stroke
Anaphylaxis / severe allergic reaction
Abdominal pain
Loss of consciousness (syncope)
Shock - Recognize shock and predict underlying etiology (distributive, cardiogenic, hypovolemic, obstructive).
Seizure
Cardiorespiratory arrest
Headache
Minor trauma / MSK injuries (including fracture / dislocation/ sprain). Explain the ABCDE approach to major and minor trauma, identify resuscitative priorities and recognize injuries which require acute management.
Abnormal behavior (psychosis, delirium, intoxication, violence).
Head injury - minor
Fever
Dizziness / vertigo
Cardiac dysrhythmias. Synthesize ACLS (Advanced Cardiovascular Life Support) algorithms, recognize unstable ACLS states and use ACLS algorithms to guide treatment.
Vaginal bleeding - pregnant
Poisoning
Burns - minor / major
Urinary symptoms
Neck and back pain
Eye pain (including red eye)

Simulations: Suture workshop

Clerkship, Emergency Medicine Rotation

Wound care procedural skills. Wound assessment, focused history and physical. Geography of the wound. Wound preparation. Local anaesthetics. Infiltration technique. Cleansing. Wound closure. Sutures.

Clerkship Objectives
Suturing simple laceration
Perform wound cleansing and simple dressing.
Local anesthetic infiltration

Simulations: Cardiac Arrest Workshop

Clerkship, Emergency Medicine Rotation

Learn and demonstrate proper BLS (basic life support) skills. Learn importance of CPR in ACLS algorithms and demonstrate effective CPR. Describe the functions of the zoll machine (defibrillation, synchronized cardioversion and pacing). Learn proper lead and pad placement and safe defibrillation.

Clerkship Objectives
Cardiac monitor rhythm analysis.
Cardiac monitor lead placement and the use of a cardiac defibrillator for pacing / cardioversion / defibrillation.
Cardiorespiratory arrest
CPR (Cardiopulmonary resuscitation)
Cardiac dysrhythmias. Synthesize ACLS (Advanced Cardiovascular Life Support) algorithms, recognize unstable ACLS states and use ACLS algorithms to guide treatment.

e-Learning Module: Anaphylaxis

Clerkship, Emergency Medicine Rotation

Be able to identify and define anaphylaxis. Know how to manage a patient with an acute anaphylactic reaction in the Emergency Depatment.

Clerkship Objectives
Anaphylaxis / severe allergic reaction

Clinical Exposure: Diagnosis in the ER

Clerkship, Emergency Medicine Rotation

Clerkship Objectives
Describe a basic differential diagnosis including the significant worst-case diagnosis for every patient assessed.
Demonstrate a basic ability to distinguish seriously ill or injured patients from those with minor conditions.
Distinguish which conditions are life-threatening or emergent from those that are less urgent.
Demonstrate the ability to evaluate and initiate treatment of the undifferentiated patient.
Describe the concept of triage and prioritization of care, including paraphrasing the use of Canadian Triage and Acuity Scale (CTAS). Recognize that certain groups of patients require a high index of suspicion for serious illness (e.g.,immunocompromised, chronic renal failure, transplant, extremes of age, intoxicated, and diabetes).
Essential Clinical Experience
Place patient on oxygen
Essential Clinical Experience
Place patient on pulse oximeter

Simulations: Airway workshop

Clerkship, Emergency Medicine Rotation

Describe airway anatomy. Recognize a patient in respiratory distress. Recognize a patient who’s airway is at risk. Employ basic airway interventions on a mannequin. Demonstrate definitive airway management on a mannequin.

Clerkship Objectives
Perform basic airway maneuvers (head tilt, chin lift, jaw thrust, oral/nasal airway insertion, BMV)
Place patient on oxygen (nasal prongs, non rebreather mask)
Place patient on pulse oximeter

Essential Clinical Experience: CPR

Emergency Medicine Rotation

Essential Clinical Experience
CPR

Clinical Exposure: Interpretive skills in the ER

Clerkship, Emergency Medicine Rotation

EM Medical Expert technical skills interpretation.

Clerkship Objectives
12-lead ECG — myocardial infarction.
Cardiac monitor rhythm analysis.
Chest radiograph interpretation.
Extremity radiograph interpretation.
C- spine radiograph interpretation.
Pulse oximetry.
Urinalysis.

Large Group Session: Emergency Medicine Debriefing Session

Clerkship, Emergency Medicine Rotation

An end of rotation ethics and debriefing session that will review the following: rotation debriefing, ethical scenarios (capacity, consent), critical incident stress debriefing, breaking bad news, burnout and physician wellness.

Clerkship Objectives
Recognize and accept one’s limitations and know when to ask for help.
Take the appropriate measures to protect oneself from illness and injury.
Demonstrate honesty and integrity in patient care.
Demonstrate ethical decision making.

e-Learning Module: Emergency Medicine: Aids to Clinical Decision Making

Clerkship, Emergency Medicine Rotation

By the end of this session students should be able to: Critically appraise at least one clinical decision rule or tool fully and be able to explain its application and limitations; Identify the role of clinical decision rules in the management of key disorders presenting to the emergency department; Discuss the role of clinical decision rules in ensuring judicious use or preventing misuse of certain outcomes, such as diagnostic test usage (e.g. PERC to decrease use of D-Dimer, or some of the Ottawa rules for decreasing X-rays); Deliver an effective oral presentation; Critique peers’ presentations and presentation style.

Clerkship Objectives
Demonstrate an ability to access various educational resources available to enhance patient care.
Demonstrate an understanding of the concepts of evidence-based medicine and best practice guidelines and how they relate to patient care in the ED.
Demonstrate a basic ability to distinguish seriously ill or injured patients from those with minor conditions.

Large Group Session: Approach to Toxicology

Clerkship, Emergency Medicine Rotation

Define basic concepts of toxicology. Review relevant pathophysiology. Develop a clinical approach to the poisoned patient. Discuss illustrative cases of typical scenarios.

Clerkship Objectives
Demonstrate the ability to rapidly recognize and initiate basic management of acute life- or limb-threatening illness or injury
Describe a basic differential diagnosis including the significant worst-case diagnosis for every patient assessed.
Demonstrate a basic systematic, prioritized approach to resuscitation and stabilization of emergencies.
Poisoning
Essential Clinical Experience
Toxic ingestion

Large Group Session: Intro to EMS (Emergency Medical Services)

Clerkship, Emergency Medicine Rotation

By the end of the session you should be able to: List the scope of practice for emergency responders (fire, paramedics); Describe the purpose of the Regulated Health Professions Act; Give a definition of “delegated act” with respect to paramedicine; Describe the difference between on-line and off-line medical direction; List the elements for termination of resuscitation in the field.

Clerkship Objectives
Establish and maintain effective working relationships with colleagues and other health care professionals.
Describe the role of other health professionals in the management of the patient in the ED.
Essential Clinical Experience
Shock (hemodynamic compromise)

Large Group Session: Approach to Trauma and Burns

Clerkship, Emergency Medicine Rotation

Describe the roles of the trauma team members. Describe the ABCDE approach to the trauma patient. Know 5 diagnoses not to miss in the primary survey. Know the types of IV fluid to use in a trauma resuscitation. Describe the utility and limitations of investigations used in the primary survey. Use the “rule of 9’s” to calculate burn area percentage. Use the Parkland formula to estimate IV fluid requirements of a burn patient.

Clerkship Objectives
Demonstrate the ability to rapidly recognize and initiate basic management of acute life- or limb-threatening illness or injury
Describe a basic differential diagnosis including the significant worst-case diagnosis for every patient assessed.
Demonstrate a basic systematic, prioritized approach to resuscitation and stabilization of emergencies.
Minor trauma / MSK injuries (including fracture / dislocation/ sprain). Explain the ABCDE approach to major and minor trauma, identify resuscitative priorities and recognize injuries which require acute management.
Burns - minor / major

Clinical Exposure: Managing Acute Illness in the ER

Clerkship, Emergency Medicine Rotation

Clerkship Objectives
Demonstrate the ability to rapidly recognize and initiate basic management of acute life- or limb-threatening illness or injury
Demonstrate a basic systematic, prioritized approach to resuscitation and stabilization of emergencies.
Essential Clinical Experience
Local anesthetic infiltration

Clinical Exposure: Procedural Skills in the ER

Clerkship, Emergency Medicine Rotation

Demonstrate competency in performing the following procedural skills (including indications, contraindications).

Clerkship Objectives
Suturing simple laceration
Perform wound cleansing and simple dressing.
Local anesthetic infiltration
Perform basic airway maneuvers (head tilt, chin lift, jaw thrust, oral/nasal airway insertion, BMV)
Place patient on oxygen (nasal prongs, non rebreather mask)
12 lead EKG (15 lead optional)
Cardiac monitor lead placement and the use of a cardiac defibrillator for pacing / cardioversion / defibrillation.
Peripheral IV start
Apply an extremity plaster splint
Place patient on pulse oximeter
CPR (Cardiopulmonary resuscitation)
Essential Clinical Experience
Injury, upper extremity

Large Group Session: Shock and Sepsis in the Emergency Department

Clerkship, Emergency Medicine Rotation

Define shock and the various categories of shock. Describe the assessment and treatment of the different types of shock. Describe the definition, diagnosis, and management of sepsis.

Clerkship Objectives
Demonstrate the ability to rapidly recognize and initiate basic management of acute life- or limb-threatening illness or injury
Describe a basic differential diagnosis including the significant worst-case diagnosis for every patient assessed.
Demonstrate a basic systematic, prioritized approach to resuscitation and stabilization of emergencies.
Shock - Recognize shock and predict underlying etiology (distributive, cardiogenic, hypovolemic, obstructive).
Fever
Essential Clinical Experience
Basic airway manoeuvre

Clerkship Teaching Session: ECG Workshop

Clerkship, Emergency Medicine Rotation

Clerkship Objectives
12-lead ECG — myocardial infarction.
12 lead EKG (15 lead optional)
Essential Clinical Experience
Injury, lower extremity

Reflection: Emergency Medicine Reflective Exercise

Clerkship, Emergency Medicine Rotation

The goal of the reflective piece is to introduce the concept of self-reflection and evaluation, with the aim of improving future practice. Both the Royal College and College of Family Physicians include these activities as part of continuous professional development activities and the CCFP does, in fact, conduct audits of such practices. For your Emergency Medicine clerkship rotation, you are required to write one reflective piece to demonstrate your competency in communication, health advocacy, and collaborator roles. The piece can be on one of two subjects: either breaking bad news in the ED or heath advocate (effect of pandemic on health care providers).

Large Group Session: Orientation to Emergency Medicine

Clerkship, Emergency Medicine Rotation

Rotation road map, expectations, evaluation, approach to clinical decision rules, how ER docs think, charting, oral presentations in the ED, approach to the undifferentiated patient, prescriptions, when to call the coroner, mandatory reporting.

Clerkship Objectives
Demonstrate the ability to present a patient case in a clear, concise, and complete manner.
Demonstrate an ability to access various educational resources available to enhance patient care.
Demonstrate the ability to rapidly recognize and initiate basic management of acute life- or limb-threatening illness or injury
Describe a basic differential diagnosis including the significant worst-case diagnosis for every patient assessed.
Demonstrate thorough, clear, and concise documentation and charting.
Demonstrate an understanding of the concepts of evidence-based medicine and best practice guidelines and how they relate to patient care in the ED.
Demonstrate a basic systematic, prioritized approach to resuscitation and stabilization of emergencies.
Demonstrate a basic ability to distinguish seriously ill or injured patients from those with minor conditions.

Clerkship Teaching Session: Radiology in Emergency Medicine

Clerkship, Emergency Medicine Rotation

To learn how to approach common imaging in the emergency department. A review of: Salter Harris Classification; MSK Xrays (shoulder, elbow, wrist, ankle, foot); C-spine xrays; CXR; Abdominal Xray; FAST U/S; CT Head

Clerkship Objectives
Chest radiograph interpretation.
Extremity radiograph interpretation.
C- spine radiograph interpretation.

Clerkship Teaching Session: Chest pain

Clerkship, Emergency Medicine Rotation

By the end of the session you should be able to: Develop a differential diagnosis and choose appropriate initial tests and list early management strategies for: Adult Chest Pain; Pediatric SOB (shortness of breath) and wheeze.

Clerkship Objectives
Chest pain
Demonstrate the ability to rapidly recognize and initiate basic management of acute life- or limb-threatening illness or injury
Shortness of breath
Describe a basic differential diagnosis including the significant worst-case diagnosis for every patient assessed.
Demonstrate a basic systematic, prioritized approach to resuscitation and stabilization of emergencies.
Loss of consciousness (syncope)
Essential Clinical Experience
Injections (i.e. subcutaneous, intradermal, etc)

Tutorial: Counseling

Clerkship, Family Medicine Rotation

Clerkship Objectives
Breast feeding support
Contraception counseling
Domestic abuse / family violence
Lifestyle counseling (exercise, dietary, etc.)
Sexual health counseling
Smoking cessation
Substance abuse

Tutorial: Cardiovascular presentations

Clerkship, Family Medicine Rotation

Clerkship Objectives
Chest pain
Palpitations
Syncope

Essential Clinical Experience: Headache

Clerkship, Emergency Medicine Rotation, Family Medicine Rotation

Essential Clinical Experience
Headache

Clinical Exposure: Mental Health

Clerkship, Family Medicine Rotation

Clerkship Objectives
Anxiety
Grief
Depression

Tutorial: Dermatology

Clerkship, Family Medicine Rotation

Clerkship Objectives
Rash/skin lesions

Essential Clinical Experience: Fatigue

Clerkship, Family Medicine Rotation

Essential Clinical Experience
Fatigue

Clinical Exposure: Genitourinary Presentations

Clerkship, Family Medicine Rotation

Clerkship Objectives
Dysuria
Hematuria
Menstrual irregularities, excessive vaginal bleeding and dysmenorrhea
Pelvic pain - acute
Pelvic pain - chronic
Vaginal discharge/urethral discharge

Clinical Exposure: Periodic Health Review

Clerkship, Family Medicine Rotation

Clerkship Objectives
Preventative health care female
Preventative health care male
Well baby / Well child

Essential Clinical Experience: Dizziness

Clerkship, Family Medicine Rotation

Essential Clinical Experience
Dizziness

Clinical Exposure: General Presentations

Clerkship, Family Medicine Rotation

Undifferentiated problem (unwell, fatigue, pain). Falls.

Clerkship Objectives
Undifferentiated problem (unwell, fatigue, pain)
Falls

Tutorial: Genitourinary presentations

Clerkship, Family Medicine Rotation

Clerkship Objectives
Dysuria
Hematuria
Menstrual irregularities, excessive vaginal bleeding and dysmenorrhea
Pelvic pain - acute
Pelvic pain - chronic
Vaginal discharge/urethral discharge

Tutorial: General presentations

Clerkship, Family Medicine Rotation

Clerkship Objectives
Undifferentiated problem (unwell, fatigue, pain)
Falls

Essential Clinical Experience: Contraception

Clerkship, Family Medicine Rotation

Essential Clinical Experience
Contraception

Clinical Exposure: Gastrointestinal Presentations

Clerkship, Family Medicine Rotation

Abdominal pain. Pelvic pain. AnalAbdominal paracentesisrectal symptoms. Blood in stool. Changes in bowel habits. Decreased appetite. Heartburn. Nausea and vomiting. Weight loss.

Clerkship Objectives
Abdominal pain - acute
Abdominal pain - chronic
Heartburn
Nausea and vomiting
Rectal bleeding
Weight loss

Tutorial: Infectious Diseases

Clerkship, Family Medicine Rotation

Clerkship Objectives
Cold/flu
Fever

Tutorial: Gastrointestinal presentations

Clerkship, Family Medicine Rotation

Clerkship Objectives
Abdominal pain - acute
Abdominal pain - chronic
Heartburn
Nausea and vomiting
Rectal bleeding
Weight loss

Tutorial: Family Medicine Clerkship Tutorials

Clerkship, Family Medicine Rotation

Family Medicine clerkship tutorials, a key component of the rotation, are weekly sessions, which are 90 to 120 minutes in length and are held throughout the 4 week rotation.

Clerkship Objectives
An understanding of the broad scope of family medicine
Describe how illness presents differently through the life cycle and in the family medicine setting compared to other settings.
Demonstrate an approach to the diagnosis and management of undifferentiated patient problems that present to family physicians.
Appreciate the challenges in addressing complex, diverse patient care issues longitudinally.
Demonstrate an approach to the diagnosis and management of common patient problems that present to family physicians (see Essential Clinical Encounter presenting problems for Family Medicine).
Appreciate the nature of some of the specific challenges in the provision of primary care to patients, such as addressing undifferentiated illness, chronic illnesses and preventive care issues.
Demonstrate effective communication skills in conducting a patient centered interview, including exploring the patient’s illness experience as well as the family and social context.
Demonstrate an approach to health promotion and disease prevention during patient encounters that reflect best evidence and patient preferences and values.
Conduct a sensitive, focused physical exam relevant to the patient’s presenting problem.
Demonstrate effective oral and written communication skills in documenting clinical encounters, making oral case presentations, prescription writing and making referrals to other care providers through clear, concise, efficient communication strategies.
Discuss evidence-based approaches to patient care and the challenges of applying guidelines to individual patients.
Understand the special needs of vulnerable groups related to disparities and inequities in seeking and receiving care. (e.g. Aboriginals, recent immigrants, same-sex relationships, transgendered, marginally housed, disabled, age extremes).
Discuss common ethical issues in family medicine through the life cycle including topics such as confidentiality, consent and capacity.
Essential Clinical Experience
Ischemic heart disease (Prevention/Disease management)

Clinical Exposure: Ophthalmology

Clerkship, Family Medicine Rotation

Clerkship Objectives
Red eye

Clinical Exposure: Neurology

Clerkship, Family Medicine Rotation

Clerkship Objectives
Dizziness
Headache
Numbness
Essential Clinical Experience
Palliative Care (Disease Management)

Essential Clinical Experience: Pap test

Clerkship, Family Medicine Rotation

Essential Clinical Experience
Pap test

Clinical Exposure: Musculoskeletal Presentations

Clerkship, Family Medicine Rotation

Clerkship Objectives
Back pain - Acute
Soft tissue injury
Back pain - Chronic
Joint pain

Clinical Exposure: Infectious Diseases

Clerkship, Family Medicine Rotation

Clerkship Objectives
Cold/flu
Fever

Tutorial: ENT presentations

Clerkship, Family Medicine Rotation

Clerkship Objectives
Earache
Nasal congestion
Sore throat

Essential Clinical Experience: Cough

Clerkship, Family Medicine Rotation

Essential Clinical Experience
Cough
Essential Clinical Experience
Preventative health care, Female

Tutorial: Ophthalmology

Clerkship, Family Medicine Rotation

Clerkship Objectives
Red eye

Tutorial: Musculoskeletal presentations

Clerkship, Family Medicine Rotation

Clerkship Objectives
Back pain - Acute
Soft tissue injury
Back pain - Chronic
Joint pain

Clinical Exposure: Respiratory Presentations

Clerkship, Family Medicine Rotation

Clerkship Objectives
Cough
Shortness of breath
Wheezing
Clerkship Objectives
Cryotherapy, i.e. of warts or other suitably treated benign skin lesion
Injections: subcutaneous, intradermal, intramuscular and intravenous
Pap test
Pelvic exam
Ear syringing
Sexually transmitted infections sampling.

Tutorial: Periodic Health Review

Clerkship, Family Medicine Rotation

Clerkship Objectives
Preventative health care female
Preventative health care male
Well baby / Well child

Clinical Exposure: Accessing Community Resources

Clerkship, Family Medicine Rotation

Referral to a specialist. Integration of care with allied health professional. Awareness of Poverty Tool and application to patient's health.

Clerkship Objectives
Referral to a specialist
Integration of care with allied health professional
Awareness of Poverty Tool and application to patient's health.

Clerkship Teaching Session: Vulnerable Patients

Clerkship, Family Medicine Rotation

The aim of this session is to familiarize learners to poverty tool and various frameworks to help identify patients that may be vulnerable in some way. Understand the special needs of vulnerable groups related to disparities and inequities in seeking and receiving care. (e.g. Aboriginals, recent immigrants, same-sex relationships, transgendered, marginally housed, disabled, age extremes).

Preceptor: Family Medicine Clinical Placement

Clerkship, Family Medicine Rotation

The four-week Family Medicine rotation revolves around a one-to-one experience pairing a student with a community-based family physician. The most significant component of the Family Medicine rotation is this time spent with the clinical preceptor in the office setting.

Clerkship Objectives
An understanding of the broad scope of family medicine
Describe how illness presents differently through the life cycle and in the family medicine setting compared to other settings.
An understanding of how virtual or same-site interprofessional teams function in the context of the primary care environment.
Demonstrate an approach to the diagnosis and management of undifferentiated patient problems that present to family physicians.
Appreciate the challenges in addressing complex, diverse patient care issues longitudinally.
Demonstrate an approach to the diagnosis and management of common patient problems that present to family physicians (see Essential Clinical Encounter presenting problems for Family Medicine).
Demonstrate effective communication skills in conducting a patient centered interview, including exploring the patient’s illness experience as well as the family and social context.
Appreciate the nature of some of the specific challenges in the provision of primary care to patients, such as addressing undifferentiated illness, chronic illnesses and preventive care issues.
Gain skills and experience in meeting patients’ needs for prevention, problem identification and management, and complex disease management through episodic care of patients and their families in the community practice setting.
Demonstrate an approach to health promotion and disease prevention during patient encounters that reflect best evidence and patient preferences and values.
Conduct a sensitive, focused physical exam relevant to the patient’s presenting problem.
Demonstrate effective oral and written communication skills in documenting clinical encounters, making oral case presentations, prescription writing and making referrals to other care providers through clear, concise, efficient communication strategies.
Demonstrate life long learning practices in providing care to patients.
Discuss evidence-based approaches to patient care and the challenges of applying guidelines to individual patients.
Identify and/or communicate with other health care providers and community programs to support and/or optimize patient care.
Understand the special needs of vulnerable groups related to disparities and inequities in seeking and receiving care. (e.g. Aboriginals, recent immigrants, same-sex relationships, transgendered, marginally housed, disabled, age extremes).
Discuss common ethical issues in family medicine through the life cycle including topics such as confidentiality, consent and capacity.

Clinical Exposure: ENT

Clerkship, Family Medicine Rotation

Clerkship Objectives
Earache
Nasal congestion
Sore throat

Clinical Exposure: Cardiovascular Presentations

Clerkship, Family Medicine Rotation

Clerkship Objectives
Chest pain
Palpitations
Syncope

Clinical Exposure: Women's Health

Clerkship, Family Medicine Rotation

Clerkship Objectives
Breast abnormality
Management of early pregnancy loss
Menopause symptoms
Prenatal care
Post natal care

Tutorial: Women's Health

Clerkship, Family Medicine Rotation

Clerkship Objectives
Breast abnormality
Management of early pregnancy loss
Menopause symptoms
Prenatal care
Post natal care

Tutorial: Neurology

Clerkship, Family Medicine Rotation

Clerkship Objectives
Dizziness
Headache
Numbness

e-Learning Module: Family Medicine Pediatric Case

Clerkship, Family Medicine Rotation

Be familiar with Growth and Development Milestones and know how to determine if the child needs early interventions (Rourke, Nippissing). Nippissing has a new name Looksee. Describe the impact the social determinants of health have on health outcomes (young, single mother with little money and time to raise child). Appreciate the role of the Family Physician as an advocate for health - what resources can you leverage in the community to help optimize life for both Ashley and her mother? Be able to discuss contraception planning to prevent another unplanned pregnancy. Be familiar with common skin rashes in children

Clerkship Objectives
Well baby / Well child
Essential Clinical Experience
Well baby / Well Child

e-Learning Module: Family Medicine Palliative Case

Clerkship, Family Medicine Rotation

Describe the palliative care approach to care, and who may benefit from it. Assess and manage pain and other common symptoms in palliative care. Understand the interprofessional approach to providing palliative care. Organize care for the actively dying patient and family. Describe an approach to responding to grief, bereavement, and suffering

Clerkship Objectives
End of Life Management

Tutorial: Respiratory presentations

Clerkship, Family Medicine Rotation

Clerkship Objectives
Cough
Shortness of breath
Wheezing

e-Learning Module: Family Medicine Geriatric Case

Clerkship, Family Medicine Rotation

Describe an elderly patient's functional status using patient and collateral history. Define "Frailty" in the context of the following common problems as they contribute to functional status decline in the elderly including: Incontinence, Falls, Polypharmacy, Depression, Cognitive impairment (FM approach). Identify important topics of discussion with the elderly patient and family/caregiver meetings including: Advance care planning and Goals of Care discussions, Caregiver burnout, Driving, Community resources, Transition planning.

Clerkship Objectives
Understand the special needs of vulnerable groups related to disparities and inequities in seeking and receiving care. (e.g. Aboriginals, recent immigrants, same-sex relationships, transgendered, marginally housed, disabled, age extremes).
Essential Clinical Experience
Asthma (Disease management)
Essential Clinical Experience
Pelvic examination, complete

Clinical Exposure: Dermatology

Clerkship, Family Medicine Rotation

Clerkship Objectives
Rash/skin lesions

e-Learning Module: Family Medicine Adolescent Case

Clerkship, Family Medicine Rotation

Understand when you have to report relationships to the child protection authorities. Understand issues around consent and confidentiality for adolescent patients in Canada. STI Screening and Treatment. Create a plan of how you would counsel an adolescent patient on STI prevention and treatment. What are the risks associated with STIs during pregnancy, and how would your education on STI Prevention and treatment change if your patient is pregnant? Prenatal Care. Know the safest pain medications to use during pregnancy (e.g. for headache). Headache: Differentiate the symptoms into mild versus severe in your approach. What are other important components of prenatal care, especially suited to primary care? (Immunizations, STI screening, etc.) Develop an approach to screening for substance use in pregnant patients, and how to explain risks specific to the substance being used. Mood Disorders in Adolescents. Understand the use of the Edinburgh Postnatal Depression Scale in detecting depression and anxiety in the antenatal and postnatal period. What risk factors in adolescent pregnancy make pre-term labour more likely? What validated tools exist for screening for depression and anxiety screening in adolescents? How would this differ if the patient were pregnant?

e-Learning Module: Family Medicine Adult Case

Clerkship, Family Medicine Rotation

Management of chronic conditions in the family medicine setting: Develop a patient centered approach to educate patients with chronic conditions of associated long term risks and secondary conditions that may arise. In Mr. Knight’s case, what measures could be taken to prevent atrial fibrillation? Consider his risk factors including smoking and hypertension. Describe the relevant considerations when using pharmacotherapy to treat a patient for chronic conditions. Occupational stressors contributing to overall health decline: Understand the impact of occupational stressors on patients’ health. Develop a sensitive approach to the discussion of mental health issues regardless of causation. Take a full occupational work history. Modifiable and non-modifiable risk factors for chronic conditions: Create a list of modifiable and non-modifiable risk factors for common chronic conditions such as hypertension, diabetes and coronary artery disease. Formulate a plan to discuss pertinent risk factors with patients. Understand the general approach to motivational counselling in order to help patients make lifestyle changes. Health screening guidelines and indications for testing: List the current minimum requirements for any health screening test. Describe the pros and cons of common health screening programs, including prostate, breast and colorectal cancer screening. Develop an approach to counselling a patient who requests screening and testing for conditions for which it is not indicated.

Essential Clinical Experience: Prenatal care

Clerkship, Family Medicine Rotation

Essential Clinical Experience
Prenatal care

Tutorial: Chronic disease management/Adult

Clerkship, Family Medicine Rotation

Clerkship Objectives
Asthma
Chronic pain
COPD
End of Life Management
Hypertension
Ischemic Heart disease
Type 2 Diabetes Mellitus
Essential Clinical Experience
Abdominal pain (> 48 hrs)
Essential Clinical Experience
Preventative health care, Male

Tutorial: Mental Health presentations

Clerkship, Family Medicine Rotation

Clerkship Objectives
Anxiety
Grief
Depression

Clinical Exposure: Counseling

Clerkship, Family Medicine Rotation

Clerkship Objectives
Breast feeding support
Contraception counseling
Domestic abuse / family violence
Lifestyle counseling (exercise, dietary, etc.)
Sexual health counseling
Smoking cessation
Substance abuse
Clerkship Objectives
Asthma
Chronic pain
COPD
End of Life Management
Hypertension
Ischemic Heart disease
Type 2 Diabetes Mellitus

Large Group Session: Patient History

Clerkship, Geriatrics Rotation

Clerkship Objectives
Take a history from a geriatric patient, with special emphasis on physical and mental functioning.
Validate and obtain historical information from other relevant informants (e.g. partner, caregiver, community care access centre, family physician) when indicated.
Clerkship Objectives
Identifies patients at high risk for falls
Is familiar with screening tools for mobility and balance (e.g. Timed get and Go)
Performs appropriate assessment and recommendations

Large Group Session: Functional Assessment

Clerkship, Geriatrics Rotation

Clerkship Objectives
Collect accurate information regarding function in basic and instrumental activities of daily living.

Clinical Exposure: Management Plan

Clerkship, Geriatrics Rotation

Clerkship Objectives
Consider community and hospital resources available to assist in the management of the older patient.
Laboratory and diagnostic studies
Respect the increased risk of iatrogenic complications among elderly patients.
Consider economic and psychosocial issues.
Treatment
Consider ethical issues.
Patient and Family Education
Develop a management plan including:
Follow-up plans
Clerkship Objectives
Demonstrate respect to older patients and make efforts to preserve their dignity
Clerkship Objectives
Sensory Alteration, including Visions and Hearing Impairment

Clinical Exposure: Pressure Ulcers

Clerkship, Geriatrics Rotation

Clerkship Objectives
Pressure Ulcers

Clinical Exposure: Osteoporosis

Clerkship, Geriatrics Rotation

Clerkship Objectives
Osteoporosis
Clerkship Objectives
Accurately performs a medication review with recommendations
Identifies drugs that have a high frequency of adverse effects in the elderly
Identifies drugs that require adjustment for renal insufficiency
Calculates CrCl
Can identify methods of improving compliance

Self-Assessment Quiz: Delirium

Clerkship, Geriatrics Rotation

Clerkship Objectives
Applies DSM or CAM criteria for diagnosis of delirium
Identifies risk factors for delirium
Searches for reversible etiologies
Recommends appropriate supportive and symptomatic care
Identifies strategies to prevent complications

Self-Assessment Quiz: Dementia

Clerkship, Geriatrics Rotation

Clerkship Objectives
Collects appropriate history
Performs appropriate neurological exam
Performs MMSE /- frontal testing as indicated
Applies diagnostic criteria for dementia
Orders appropriate work up based on Canadian Consensus guidelines

Clinical Exposure: Patient History

Clerkship, Geriatrics Rotation

Clerkship Objectives
Take a history from a geriatric patient, with special emphasis on physical and mental functioning.
Validate and obtain historical information from other relevant informants (e.g. partner, caregiver, community care access centre, family physician) when indicated.
Communicate results of the direct and collateral history in well organized written and oral reports.

Self-Assessment Quiz: Diagnosis

Clerkship, Geriatrics Rotation

Clerkship Objectives
Generate a problem list
For a specific symptom, form an impression including differential diagnosis
For a geriatric syndrome, generate a list of probable contributing factors.
Clerkship Objectives
Identifies physical, medical and psychosocial factors that contribute to malnutrition and weight loss in an elderly person
Clerkship Objectives
Identifies patients at high risk for falls
Is familiar with screening tools for mobility and balance (e.g. Timed get and Go)
Performs appropriate assessment and recommendations

Self-Assessment Quiz: Functional Decline

Clerkship, Geriatrics Rotation

Clerkship Objectives
Performs comprehensive geriatric assessment to evaluate the underlying etiologies of undifferentiated functional decline.

Self-Assessment Quiz: Incontinence

Clerkship, Geriatrics Rotation

Clerkship Objectives
Evaluates acute urinary incontinence
Evaluates chronic urinary incontinence
Clerkship Objectives
Appreciate the role of team members such as family physician, occupational therapist, physiotherapist, recreation therapist, social worker, pharmacist, nurse and family members.

Self-Assessment Quiz: Management Plan

Clerkship, Geriatrics Rotation

Clerkship Objectives
Consider community and hospital resources available to assist in the management of the older patient.
Laboratory and diagnostic studies
Respect the increased risk of iatrogenic complications among elderly patients.
Involvement of allied health professionals
Consider economic and psychosocial issues.
Treatment
Patient and Family Education
Develop a management plan including:
Follow-up plans
Clerkship Objectives
Identifies physical, medical and psychosocial factors that contribute to malnutrition and weight loss in an elderly person

Large Group Session: Examination

Clerkship, Geriatrics Rotation

Clerkship Objectives
Perform a physical examination on an elderly patient, adapting it to possible conditions of frailty, immobility, hearing loss, memory loss and other impairments.
Perform a mental status examination to evaluate confusion and/or memory loss in an elderly patient, including the use of appropriate tools (e.g. Mini Mental Status Examination)

Clinical Exposure: Chronic Pain

Clerkship, Geriatrics Rotation

Clerkship Objectives
Chronic Pain

Clinical Exposure: Delirium

Clerkship, Geriatrics Rotation

Clerkship Objectives
Applies DSM or CAM criteria for diagnosis of delirium
Identifies risk factors for delirium
Searches for reversible etiologies
Recommends appropriate supportive and symptomatic care
Identifies strategies to prevent complications

Clinical Exposure: Functional Assessment

Clerkship, Geriatrics Rotation

Clerkship Objectives
Collect accurate information regarding function in basic and instrumental activities of daily living.
Communicate results of the functional assessment in well organized written and oral reports.
Clerkship Objectives
Identifies physical, medical and psychosocial factors that contribute to malnutrition and weight loss in an elderly person

Clinical Exposure: Functional Decline

Clerkship, Geriatrics Rotation

Clerkship Objectives
Performs comprehensive geriatric assessment to evaluate the underlying etiologies of undifferentiated functional decline.

Tutorial: Interdisciplinary Approach

Clerkship, Geriatrics Rotation

Clerkship Objectives
Appreciate the role of team members such as family physician, occupational therapist, physiotherapist, recreation therapist, social worker, pharmacist, nurse and family members.
Participate in an interdisciplinary approach to assessment, management and rehabilitation of elderly patients.

Clinical Exposure: Examination

Clerkship, Geriatrics Rotation

Clerkship Objectives
Perform a physical examination on an elderly patient, adapting it to possible conditions of frailty, immobility, hearing loss, memory loss and other impairments.
Perform a mental status examination to evaluate confusion and/or memory loss in an elderly patient, including the use of appropriate tools (e.g. Mini Mental Status Examination)
Communicate the relevant results of the physical and cognitive examination in well organized and written and oral reports.

Clinical Exposure: Heart Failure

Clerkship, Geriatrics Rotation

Clerkship Objectives
Heart Failure

Tutorial: Management Plan

Clerkship, Geriatrics Rotation

Clerkship Objectives
Consider community and hospital resources available to assist in the management of the older patient.
Laboratory and diagnostic studies
Respect the increased risk of iatrogenic complications among elderly patients.
Consider economic and psychosocial issues.
Consider ethical issues.
Patient and Family Education
Develop a management plan including:
Follow-up plans
Clerkship Objectives
Atypical Presentation of Disease

Clinical Exposure: Diagnosis

Clerkship, Geriatrics Rotation

Clerkship Objectives
Generate a problem list
For a specific symptom, form an impression including differential diagnosis
Involvement of allied health professionals
For a geriatric syndrome, generate a list of probable contributing factors.

Clinical Exposure: Depression

Clerkship, Geriatrics Rotation

Clerkship Objectives
Performs and interprets Geriatric Depression Scale
Recognizes relationship between cognitive impairment and depression
Recognizes how clinical presentation of depression differs in older adults

Tutorial: Failure to Thrive/Weight Loss

Clerkship, Geriatrics Rotation

Clerkship Objectives
Identifies physical, medical and psychosocial factors that contribute to malnutrition and weight loss in an elderly person
Clerkship Objectives
Accurately performs a medication review with recommendations
Identifies drugs that have a high frequency of adverse effects in the elderly
Identifies drugs that require adjustment for renal insufficiency
Calculates CrCl
Can identify methods of improving compliance
Clerkship Objectives
Accurately performs a medication review with recommendations
Identifies drugs that have a high frequency of adverse effects in the elderly
Identifies drugs that require adjustment for renal insufficiency
Calculates CrCl
Can identify methods of improving compliance

Clinical Exposure: Dementia

Clerkship, Geriatrics Rotation

Clerkship Objectives
Collects appropriate history
Performs appropriate neurological exam
Performs MMSE /- frontal testing as indicated
Applies diagnostic criteria for dementia
Orders appropriate work up based on Canadian Consensus guidelines

Clinical Exposure: Interdisciplinary Approach

Clerkship, Geriatrics Rotation

Clerkship Objectives
Appreciate the role of team members such as family physician, occupational therapist, physiotherapist, recreation therapist, social worker, pharmacist, nurse and family members.
Participate in an interdisciplinary approach to assessment, management and rehabilitation of elderly patients.

e-Learning Module: Management Plan

Clerkship, Geriatrics Rotation

Clerkship Objectives
Consider community and hospital resources available to assist in the management of the older patient.
Laboratory and diagnostic studies
Respect the increased risk of iatrogenic complications among elderly patients.
Involvement of allied health professionals
Consider economic and psychosocial issues.
Treatment
Patient and Family Education
Develop a management plan including:
Follow-up plans

Tutorial: Depression

Clerkship, Geriatrics Rotation

Clerkship Objectives
Performs and interprets Geriatric Depression Scale
Recognizes relationship between cognitive impairment and depression
Recognizes how clinical presentation of depression differs in older adults

e-Learning Module: Functional Decline

Clerkship, Geriatrics Rotation

Clerkship Objectives
Performs comprehensive geriatric assessment to evaluate the underlying etiologies of undifferentiated functional decline.

e-Learning Module: Incontinence

Clerkship, Geriatrics Rotation

Clerkship Objectives
Evaluates acute urinary incontinence
Evaluates chronic urinary incontinence

e-Learning Module: Diagnosis

Clerkship, Geriatrics Rotation

Clerkship Objectives
Generate a problem list
For a specific symptom, form an impression including differential diagnosis
For a geriatric syndrome, generate a list of probable contributing factors.

Tutorial: Delirium

Clerkship, Geriatrics Rotation

Clerkship Objectives
Applies DSM or CAM criteria for diagnosis of delirium
Identifies risk factors for delirium
Searches for reversible etiologies
Recommends appropriate supportive and symptomatic care
Identifies strategies to prevent complications

e-Learning Module: Interdisciplinary Approach

Clerkship, Geriatrics Rotation

Clerkship Objectives
Appreciate the role of team members such as family physician, occupational therapist, physiotherapist, recreation therapist, social worker, pharmacist, nurse and family members.

e-Learning Module: Dementia

Clerkship, Geriatrics Rotation

Clerkship Objectives
Collects appropriate history
Performs appropriate neurological exam
Performs MMSE /- frontal testing as indicated
Applies diagnostic criteria for dementia
Orders appropriate work up based on Canadian Consensus guidelines

Clinical Exposure: Decision Making Capacity

Clerkship, Geriatrics Rotation

Clerkship Objectives
Decision Making Capacity
Clerkship Objectives
Identifies patients at high risk for falls
Is familiar with screening tools for mobility and balance (e.g. Timed get and Go)
Performs appropriate assessment and recommendations

e-Learning Module: Delirium

Clerkship, Geriatrics Rotation

Clerkship Objectives
Applies DSM or CAM criteria for diagnosis of delirium
Identifies risk factors for delirium
Searches for reversible etiologies
Recommends appropriate supportive and symptomatic care
Identifies strategies to prevent complications

Clinical Exposure: Iatrogenesis

Clerkship, Geriatrics Rotation

Clerkship Objectives
Demonstrates awareness of why the elderly are more vulnerable to aggressive efforts at diagnosis and treatment as well as recognizes an example of iatrogenesis

Clinical Exposure: Incontinence

Clerkship, Geriatrics Rotation

Clerkship Objectives
Evaluates acute urinary incontinence
Evaluates chronic urinary incontinence

Tutorial: Diagnosis

Clerkship, Geriatrics Rotation

Clerkship Objectives
Generate a problem list
For a specific symptom, form an impression including differential diagnosis
Involvement of allied health professionals
For a geriatric syndrome, generate a list of probable contributing factors.
Treatment

Clinical Exposure: Bronchiectasis

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Bronchiectasis

Clinical Exposure: Rheumatoid arthritis

Clerkship, Internal Medicine Rotation

Clinical Exposure: Cardiac arrest

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Cardiac arrest

Clinical Exposure: Arterial blood gas

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Arterial blood gas

Clinical Exposure: Respiratory failure

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Respiratory failure

Clinical Exposure: Bleeding disorder

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Bleeding disorders (specifically: TTP/HUS, DIC)

Clinical Exposure: Cerebrovascular disease

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Cerebrovascular disease (including stroke)

Clinical Exposure: Required Clinical Presentations and Disease Problems

Clerkship, Internal Medicine Rotation

Students are required to demonstrate the competencies and achieve the learning objectives defined in the Learning Objectives Sections for the following Clinical Presentations and Disease Problems

Clerkship Objectives
High Priority Topics
Substance abuse (specifically: alcohol, opioids, benzodiazepines)

Clinical Exposure: Renal failure

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Acute renal failure

Clinical Exposure: Psychiatric confinement of patients

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Demonstrate awareness of regulations concerning psychiatric confinement of medical patients.

Clinical Exposure: Cellulitis

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Cellulitis

Clinical Exposure: Asthma

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Asthma
Clerkship Objectives
Chronic obstructive pulmonary disease

Clinical Exposure: Internal Medicine Clinical Exposure

Clerkship, Internal Medicine Rotation

Students will be expected to care for up to seven patients, including Alternate Level of Care patients (ALC – awaiting rehab, long term care, palliative care, or other type of care facility). Ideally, a student will care for a blend of patients with “acute” problems as well as those with more chronic issues such as ALC patients.

Clinical Exposure: Seizure

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Seizures
Clerkship Objectives
Adverse drug reactions/drug allergies

Clinical Skills Practice Sessions: Physical Examination

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Perform an appropriate physical examination relevant to the patient’s presentation, the history obtained, and the acuity of the encounter (includes mental status examination).
Document the findings of the physical exam in a concise, organized written or oral report.

Clinical Skills Practice Sessions: Patient History

Clerkship, Internal Medicine Rotation

These practice sessions are intended to improve standardization of teaching across groups and to provide tutorial groups with opportunities to focus on areas of particular concern to the group.

Clerkship Objectives
Conduct an effective patient interview to elicit appropriate information in patients presenting with the required presentations/conditions listed in the priority topics below.
Document the patient interview in a concise, organized written and verbal report.

Clinical Exposure: Weight loss

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Unintended weight loss

Clinical Exposure: Abdominal Paracentesis

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Abdominal paracentesis

Clinical Exposure: Acid-base disorders

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Acid-base disorders

Clinical Exposure: Acute coronary syndrome

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Acute coronary syndrome

Clinical Exposure: Venous thromboembolism

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Venous thromboembolism (specifically: deep vein thrombosis and pulmonary embolism)

Clinical Exposure: Venipuncture

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Venipuncture

Clinical Exposure: Valvular heart disease

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Valvular heart disease (specifically: mitral stenosis and regurgitation and aortic stenosis)

Clinical Exposure: Urinary tract infection

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Urinary tract infection

Clinical Exposure: Tuberculosis infection

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Tuberculosis infection

Clinical Exposure: Anemia

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Anemia

Clinical Exposure: Thrombocytopenia

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Thrombocytopenia

Clinical Exposure: Anaphylaxis/angioedema

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Anaphylaxis/angioedema

Clinical Exposure: Thoracentesis

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Thoracentesis

Clinical Exposure: Syncope

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Syncope

Clinical Exposure: Substance abuse

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Substance abuse (specifically: cocaine and other non-opioid street drugs)

Clinical Exposure: Spinal cord compression

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Spinal cord compression

Clinical Exposure: Sleep apnea

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Sleep apnea

Clinical Exposure: Cirrhosis

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Cirrhosis

PC Session: Internal Medicine: End-of-Life Discussions

Clerkship, Internal Medicine Rotation

Every medical student is faced with the challenge of discussing end-of-life care with their patients, whether on admission, during the initial consult, or when the patient’s health appears to be deteriorating. When having these discussions it is important to maintain empathy and compassion for the patient while still gathering the facts regarding their specific wishes. This session will give students an opportunity to practice having “goals of care” discussions – conversations that fundamentally inform the treatment we provide to individuals and which often set the groundwork for specific discussion around wishes for end-of-life care. Skillfully assisting patients to clarify their personal goals of care facilitates appropriate treatment planning and application of a wide range of interventions such diagnostic investigations, invasive procedures, critical or intensive care, and cardiopulmonary resuscitation

Clinical Exposure: Shock

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Shock

Clinical Exposure: Septic arthritis/osteomyelitis

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Septic arthritis/osteomyelitis

Clinical Exposure: Shock

Clerkship, Internal Medicine Rotation

Simulations: Abdominal paracentesis

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Abdominal paracentesis

Clinical Exposure: Coma

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Coma

Clinical Exposure: Mononucleosis

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Mononucleosis

Clinical Exposure: HIV infection

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Sexually transmitted diseases including HIV infection.

Clinical Exposure: Osteoporosis

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Osteoporosis

Clinical Exposure: Hyperlipidemia

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Hyperlipidemia

Clinical Exposure: Osteoarthritis

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Osteoarthritis

Clinical Exposure: Optional Clinical Presentations and Disease Problems

Clerkship, Internal Medicine Rotation

Students are encouraged to seek exposure to the following Clinical Presentations and Disease Problems

Clerkship Objectives
Second Priority Topics

Clinical Exposure: Obesity

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Obesity

Clinical Exposure: NG (Nasogastric) insertion

Clerkship, Internal Medicine Rotation

Clerkship Objectives
NG (Nasogastric) insertion

Clinical Exposure: Hypertension

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Hypertension

Clinical Exposure: Hypo/hypercalcemia

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Hypo/hypercalcemia

Clinical Exposure: Hypo/hypernatremia

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Hypo/hypernatremia

Clinical Exposure: Hypo/hyperthyroidism

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Hypo/hyperthyroidism

Clinical Exposure: Parkinson's disease

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Parkinson's disease

Clinical Exposure: Meningitis

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Meningitis

Clinical Exposure: IDDM and NIDDM

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Types I and II diabetes mellitus

Clinical Exposure: Management Plan

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Develop a management plan including: Pharmacologic treatment and non-pharmacologic treatment.
Assess for risk of drug interactions (including an approach to polypharmacy in the elderly)
Assess for risk of iatrogenic complications (including increased risk among the elderly).
Monitor for response to therapy including compliance and potential adverse effects.
Understand the roles of and collaborate with allied health professionals in a patient’s care.
Assess a patient’s competence to make decisions regarding therapy.
Participate in a care plan discussion with a patient understanding the role of shared-decision making.
Undertake discharge planning including arranging and communicating follow-up plans.
Consider the concepts of resource stewardship and high value care in making treatment decisions.
Consider legal and/or ethical issues as well as psychosocial aspects in deciding on an appropriate treatment.

Clinical Exposure: Lung nodule

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Lung nodule

Clinical Exposure: Lumbar puncture

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Lumbar puncture

Clinical Exposure: Lower GI bleeding

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Lower GI bleeding

Clinical Exposure: Jaundice

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Jaundice

Clinical Exposure: Inflammatory bowel disease

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Inflammatory bowel disease

Clinical Exposure: Interprofessional Education

Clerkship, Internal Medicine Rotation

Tutorial: Clinical Clerk Internal Medicine Tutorials

Clerkship, Internal Medicine Rotation

Tutorials are held at least once a week, for two to three hours per session. They are attended by all clerks, the tutor, and, on many occasions, a co-tutor (CMR). The tutorials allow the clerks to distance themselves from the minute-to-minute management of patients on the medical wards and gain a better perspective on the strategies of patient problems and management. The objectives for the medicine rotation should be used as a guide by the tutorial group in setting weekly objectives. The tutor and the students should set the objectives together. Priority problems not covered on the ward, or of sufficient importance to be re-emphasized, should be reviewed during the tutorials. During tutorials, more time can be spent on particular learning issues than is appropriate during a ward round. Therapeutic issues (i.e., pharmacological and non- pharmacological management) are often emphasized in tutorials. Tutorials can also be used to improve oral presentations, group and communication skills, and to develop a deeper understanding of the principles of bioethics.

Clerkship Objectives
Identify resources to help determine appropriate treatment options for common and uncommon medical problems.

Clinical Exposure: Hepatitis

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Hepatitis : acute and chronic

Clinical Exposure: Patient care policies

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Demonstrate awareness of hospital policies affecting patient care (e.g., use of restraints, infection control practices).

Clinical Exposure: Congestive heart failure

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Congestive heart failure

Simulations: EKG

Clerkship, Internal Medicine Rotation

Clerkship Objectives
EKG

Clinical Exposure: Connective tissue diseases

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Connective tissue diseases (specifically: systemic lupus erythematosus and rheumatoid arthritis)

Clinical Exposure: Dehydration

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Dehydration

Clinical Exposure: Delirium

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Delirium

Clinical Exposure: Dementia

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Dementia

Clinical Exposure: Pneumonia

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Pneumonia

Clinical Exposure: Pleural effusion

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Pleural effusion

Clinical Exposure: Physical Examination

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Perform an appropriate physical examination relevant to the patient’s presentation, the history obtained, and the acuity of the encounter (includes mental status examination).
Document the findings of the physical exam in a concise, organized written or oral report.

Clinical Exposure: Diagnosis

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Formulate an initial problem-oriented list of patient issues and a differential diagnosis for each issue.
Outline initial diagnostic investigations for the patient’s problem(s).
Interpret an electrocardiogram and a chest X-ray
Understand responsibility associated with ordering investigations including: resource stewardship and high value care, awareness of range of normal, responsibility to follow-up and review results.

Simulations: Arterial blood gas

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Arterial blood gas

Clinical Exposure: Diarrhea

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Diarrhea

Clinical Exposure: EKG

Clerkship, Internal Medicine Rotation

Clerkship Objectives
EKG

Clinical Exposure: Headache

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Headache

Simulations: Lumbar puncture

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Lumbar puncture

Simulations: NG (Nasogastric) insertion

Clerkship, Internal Medicine Rotation

Clerkship Objectives
NG (Nasogastric) insertion

Clinical Exposure: Peripheral vascular disease

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Peripheral vascular disease

Clinical Exposure: Falls

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Recurrent falls

Clinical Exposure: Peptic ulcer disease

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Peptic ulcer disease

Clinical Exposure: Fever

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Fever

Simulations: Thoracentesis

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Thoracentesis

Simulations: Venipuncture

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Venipuncture

Clinical Exposure: Functional Assessment

Clerkship, Internal Medicine Rotation

Collect accurate information regarding function in basic and instrumental activities of daily living.

Clerkship Objectives
Collect accurate information regarding function in basic and instrumental activities of daily living.
Communicate results of the functional assessment in well-organized written & oral reports.

Clinical Exposure: Patient History

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Conduct an effective patient interview to elicit appropriate information in patients presenting with the required presentations/conditions listed in the priority topics below.
Validate and obtain historical information from other relevant informants (eg. partner, caregiver, Community Care Access Centre, family physician) where indicated.
Document the patient interview in a concise, organized written and verbal report.

Clinical Exposure: Hypo/hyperkalemia

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Hypo/hyperkalemia

Clinical Exposure: Upper GI bleeding

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Upper GI bleeding

e-Learning Module: Diagnosis

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Formulate an initial problem-oriented list of patient issues and a differential diagnosis for each issue.
Outline initial diagnostic investigations for the patient’s problem(s).
Interpret an electrocardiogram and a chest X-ray
Understand responsibility associated with ordering investigations including: resource stewardship and high value care, awareness of range of normal, responsibility to follow-up and review results.
Essential Clinical Experience
Blood Gas / Acid-based abnormalities
Essential Clinical Experience
Alcoholism, tobacco and other substance Abuse
Essential Clinical Experience
Joint pain
Essential Clinical Experience
Valvular heart disease
Essential Clinical Experience
Liver enzymes, Abnormal
Essential Clinical Experience
Urinary tract infection

Essential Clinical Experience: Loss of Consciousness (Syncope/seizure)

Emergency Medicine Rotation, Internal Medicine Rotation

Essential Clinical Experience
Loss of Consciousness (Syncope/seizure)

e-Learning Module: Management Plan

Clerkship, Internal Medicine Rotation

Clerkship Objectives
Develop a management plan including: Pharmacologic treatment and non-pharmacologic treatment.
Assess for risk of drug interactions (including an approach to polypharmacy in the elderly)
Assess for risk of iatrogenic complications (including increased risk among the elderly).
Monitor for response to therapy including compliance and potential adverse effects.
Understand the roles of and collaborate with allied health professionals in a patient’s care.
Assess a patient’s competence to make decisions regarding therapy.
Participate in a care plan discussion with a patient understanding the role of shared-decision making.
Undertake discharge planning including arranging and communicating follow-up plans.
Consider the concepts of resource stewardship and high value care in making treatment decisions.
Consider legal and/or ethical issues as well as psychosocial aspects in deciding on an appropriate treatment.
Essential Clinical Experience
White blood cell count, Elevated
Essential Clinical Experience
Acute coronary syndrome

Essential Clinical Experience: Hypertension

Clerkship, Family Medicine Rotation, Internal Medicine Rotation

Essential Clinical Experience
Hypertension

Essential Clinical Experience: Stroke

Internal Medicine Rotation

Essential Clinical Experience
Stroke

Grand Rounds (Clerkship): Internal Medicine CTU Teaching Rounds

Clerkship, Internal Medicine Rotation

These rounds take many forms and their frequency differs between the different CTUs and Regional campuses. Each site is responsible to communicate to the clerks assigned to that site which experiences are mandatory and which are optional and to provide a schedule. Core topics in internal medicine are covered in these teaching sessions.

Essential Clinical Experience
Atrial fibrillation

Essential Clinical Experience: Anemia

Internal Medicine Rotation

Essential Clinical Experience
Anemia
Essential Clinical Experience
Pain, Management of patient with

Essential Clinical Experience: Fever

Clerkship, Family Medicine Rotation, Internal Medicine Rotation

Essential Clinical Experience
Fever
Essential Clinical Experience
EKG abnormalities
Essential Clinical Experience
Congestive heart failure
Essential Clinical Experience
CXR abnormalities

Essential Clinical Experience: Chest Pain

Clerkship, Emergency Medicine Rotation, Family Medicine Rotation, Internal Medicine Rotation

Essential Clinical Experience
Chest Pain

Essential Clinical Experience: Delirium

Internal Medicine Rotation

Essential Clinical Experience
Delirium

Essential Clinical Experience: Dementia

Internal Medicine Rotation

Essential Clinical Experience
Dementia

Essential Clinical Experience: Diabetes mellitus

Clerkship, Family Medicine Rotation, Internal Medicine Rotation

Essential Clinical Experience
Diabetes mellitus

Essential Clinical Experience: Dyspnea

Emergency Medicine Rotation, Internal Medicine Rotation

Essential Clinical Experience
Dyspnea
Essential Clinical Experience
Pneumonia
Essential Clinical Experience
Electrolyte abnormalities
Essential Clinical Experience
Renal failure

Essential Clinical Experience: Participate in a discussion on end-of-life care.

Clerkship, Family Medicine Rotation, Internal Medicine Rotation

Essential Clinical Experience
Participate in a discussion on end-of-life care.
Essential Clinical Experience
Venous thromboembolism

Self-Assessment Quiz: Pre-term Labour

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Describe the bimolecular basis of preterm labour
Tocolytics
Factors predisposing to preterm labour
Steroids
Signs and symptoms or premature uterine contractions
Antibiotics
Causes of preterm labour
Differential Diagnosis
Management of preterm labour, including:

Self-Directed Study: Lactation

Clerkship, Obstetrics and Gynecology Rotation

Self-Assessment Quiz: Preconception Care

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Anemia
Know the interaction between pregnancy and the following medical and surgical conditions:
Herpes
Diabetes Mellitus
Rubella
Urinary Tract Infection
Group B Streptococcus
Hepatitis
Infectious Diseases including:
HIV, HPV, other sexually transmitted infections
Cardiac Disease
Cytomegalovirus (CMV)
Asthma
Toxoplasmosis
Alcohol, tobacco, other substance abuse
Varicella and Parvovirus
Surgical Abdomen

Self-Assessment Quiz: Preeclampsia-Eclampsia Syndrome

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Definition and classification of hypertension in pregnancy
Pathophysiology of Preeclampsia-Eclampsia Syndrome
Symptoms, physical findings, and diagnostic methods for preeclampsia-eclampsia syndrome
Approach to management for preeclampsia-eclampsia syndrome
Maternal and fetal complications from preeclampsia-eclampsia syndrome

Essential Clinical Experience: Postpartum Care

Obstetrics and Gynecology Rotation

Essential Clinical Experience
Postpartum Care

Self-Assessment Quiz: Third-Trimester Bleeding

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Describe the approach to patient with third-trimester bleeding
Compare symptoms, physical findings, diagnostic methods, that differentiate patients with placenta previa, abruption placenta, and other causes of 3rd trimester bleeding
Describe complications of placenta previa and abruption placenta.
Describe immediate management of shock secondary to 3rd trimester bleeding

Self-Assessment Quiz: Uterine Leiomyomas

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Prevalence of uterine leiomyomas
Symptoms and physical findings of uterine leiomyomas
Methods to confirm the diagnosis of uterine leiomyomas
Indications for medical and surgical treatment of uterine leiomyomas

Self-Assessment Quiz: Postpartum Care

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Risk factors for postpartum infection
List most common infectious organisms
Indications for use of prophylactic antibiotics
Essential Clinical Experience
Postpartum hemorrhage

Self-Assessment Quiz: Vulvar and Vaginal Disease

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Normal vaginal appearance and secretions
Vaginitis due to bacteria, fungi, trichomonads, viruses, foreign bodies or atrophy
Evaluation and management of common vulvar and vaginal problems including:
Dermatologic conditions of vulva
Bartholin's gland disease
Vulvodynia
Trauma (Vulvar and Vaginal)

Tutorial: Normal and Abnormal Uterine Bleeding

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Describe endocrinology and physiology of the normal menstrual cycle

Self-Assessment Quiz: Post-Term Pregnancy

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Describe the normal period of gestation
Describe the complications of postmaturity
Describe the management of prolonged gestation

Clinical Exposure: Preconception Care

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
A history of genetic abnormalities
Council patients on:
Advanced maternal age
Substance abuse
Nutrition and Exercise
Medications and environmental hazards
Immunizations
Depression

Preceptor: Intrapartum Care

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Characteristics of false labour
Stages and mechanisms of normal labour and delivery
Techniques to evaluate the progress of labour
Management of normal delivery
Immediate postpartum care of the mother
VBAC

Preceptor: Postpartum Care

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Including Depression
Normal postpartum care
Appropriate postpartum patient counseling

Preceptor: Preconception Care

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Anemia
Know the interaction between pregnancy and the following medical and surgical conditions:
Herpes
Diabetes Mellitus
Rubella
Urinary Tract Infection
Group B Streptococcus
Hepatitis
Infectious Diseases including:
HIV, HPV, other sexually transmitted infections
Cardiac Disease
Cytomegalovirus (CMV)
Asthma
Toxoplasmosis
Alcohol, tobacco, other substance abuse
Varicella and Parvovirus
Surgical Abdomen

Preceptor: Premature Rupture of Membranes (PROM)

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
History, physical findings, and diagnostic method to confirm ROM
Factors predisposing PROM
Risk and benefit of expectant management versus immediate delivery
Methods to monitor maternal and fetal status during expectant management

e-Learning Module: Pelvic Inflammatory Disease

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Pathogenesis (of Pelvic Inflammatory Disease)
Tubovarian abscess
Common Organisms (of Pelvic Inflammatory Disease)
Chronic salpingitis
Signs and symptoms (of Pelvic Inflammatory Disease)
Ectopic pregnancy
Methods of diagnosis (of Pelvic Inflammatory Disease)
Infertility
Treatment (of Pelvic Inflammatory Disease)
Sequelae, including:

e-Learning Module: Postpartum Care

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Risk factors for postpartum infection
List most common infectious organisms
Indications for use of prophylactic antibiotics

e-Learning Module: Postterm Pregnancy

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Describe the normal period of gestation
Describe the complications of postmaturity
Describe the management of prolonged gestation

e-Learning Module: Preconception Care

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Anemia
Know the interaction between pregnancy and the following medical and surgical conditions:
Herpes
Diabetes Mellitus
Rubella
Urinary Tract Infection
Group B Streptococcus
Hepatitis
Infectious Diseases including:
HIV, HPV, other sexually transmitted infections
Cardiac Disease
Cytomegalovirus (CMV)
Asthma
Toxoplasmosis
Alcohol, tobacco, other substance abuse
Varicella and Parvovirus
Surgical Abdomen

Self-Assessment Quiz: Abortion

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Surgical and non-surgical pregnancy termination methods
Hemorrhage
Potential complications of abortion:
Infection
Psychosocial considerations of abortion
Ethical issues raised concerning abortion

Clinical Exposure: Chronic Pelvic Pain

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Define Chronic Pelvic Pain
Cite the incidence and etiologies of chronic pelvic pain
Cite clinical manifestations of chronic pelvic pain
Cite diagnostic procedures for chronic pelvic pain
List management options for chronic pelvic pain

e-Learning Module: Preeclampsia-Eclampsia Syndrome

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Definition and classification of hypertension in pregnancy
Pathophysiology of Preeclampsia-Eclampsia Syndrome
Symptoms, physical findings, and diagnostic methods for preeclampsia-eclampsia syndrome
Approach to management for preeclampsia-eclampsia syndrome
Maternal and fetal complications from preeclampsia-eclampsia syndrome

Self-Assessment Quiz: Dysmenorrhea

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Definitions of primary and secondary Dysmenorrhea
Causes of dysmenorrhea
Management strategies for dysmenorrhea

e-Learning Module: Preterm Labour

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Describe the bimolecular basis of preterm labour
Tocolytics
Factors predisposing to preterm labour
Steroids
Signs and symptoms or premature uterine contractions
Antibiotics
Causes of preterm labour
Differential Diagnosis
Management of preterm labour, including:

Self-Assessment Quiz: Fetal Death

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Common causes of fetal death in each trimester
Symptoms, physical findings, and diagnostic methods to confirm the diagnosis
Management of a patient with fetal death, including disseminated intravascular coagulopathy
Emotional reactions and the effect on management
Maternal complications of fetal death, including disseminated intravascular coagulopathy

Self-Assessment Quiz: Fetal Growth Abnormalities

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Define Macrosomia and fetal growth restrictions
Describe etiologies of abnormal fetal growth
Cite methods of detection of fetal growth abnormalities
Cite associated morbidity and mortality of abnormal fetal growth

Self-Assessment Quiz: Infertility

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Define primary and secondary infertility
Causes of male and female infertility
Evaluation and management of infertility
Psychosocial issues associated with infertility
Ethical considerations in infertility

Tutorial: Infertility

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Define primary and secondary infertility
Causes of male and female infertility
Evaluation and management of infertility
Psychosocial issues associated with infertility
Ethical considerations in infertility

Self-Assessment Quiz: Isoimmunization

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Red blood cell antigens
Use of immunoglobulin prophylaxis during pregnancy
Clinical circumstances under which D isoimmunization is likely to occur
Methods used to determine maternal isoimmunization and severity of fetal involvement

Self-Assessment Quiz: Multifetal Gestation

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Etiology of monozygotic, dizygotic, mutizygotic gestation
Altered physiologic states of multifetal gestation
Symptoms, physical findings, and diagnostic methods of multifetal gestation
Approach to antepartum, intrapartum, and postpartum management of multifetal gestation

e-Learning Module: Spontaneous Abortion

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Develop a differential diagnosis for 1st trimester bleeding
Distinguish the types of spontaneous abortions
Define recurrent abortion
Recognize the signs of a missed abortion
List complications of spontaneous abortions
List causes and complications of septic abortion

Large Group Session: Ethics in Obstetrics and Gynecology

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Ethics in Obstetrics and Gynecology

Simulations: Examination

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Complete Pelvic Examination
Essential Clinical Experience
Gynecologic examination
Essential Clinical Experience
Antenatal examination

Essential Clinical Experience: Antenatal history

Obstetrics and Gynecology Rotation

Essential Clinical Experience
Antenatal history
Essential Clinical Experience
Intra-partum cervical examination
Essential Clinical Experience
Gynecological surgery

Tutorial: Lactation

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
List the normal physiologic and anatomic changes of the breast during pregnancy and postpartum periods
Recognize commonly used medications which are appropriate and inappropriate to use while breast feeding
Counsel the lactating patient about commonly asked questions such as frequency, duration, inadequate production of milk etc.

Clinical Exposure: Intrapartum Fetal Suveillance

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Auscultation
Electric Fetal Monitoring

Clinical Exposure: Intrapartum Care

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Initial assessment of the labouring patient
Techniques to evaluate the progress of labour
Management of normal delivery
Immediate postpartum care of the mother
VBAC
Essential Clinical Experience
Gynecological history

Clinical Exposure: Endometriosis

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Theories of pathogensis of endometriosis
Symptoms and physical findings of endometriosis
Common sites of implants
Method of diagnosis of endometriosis
Non-surgical and surgical management of endometriosis

Tutorial: Antepartum Care

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Diagnose pregnancy
Assess Gestational Age

Tutorial: Climacteric

Clerkship, Obstetrics and Gynecology Rotation

Hormone therapy remains an effective therapy for treating women with vasomotor symptoms and vaginal atrophy as well as prevention of bone loss in selected patients. Risks of HT exceed the benefits for the prevention of chronic disease. Individualized benefits and risks should be discussed before initiation of HT and reassessed periodically.

Framework Objectives
Describe the physiological changes in the hypothalamic-pituitary-ovarian axis during climacteric.
Describe the symptoms and physical findings associated with hypoestrogenism
Long-term changes associated with hypoestrogenism

Clinical Exposure: Examination

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Complete Pelvic Examination
Communicate the relevant results of the examination in well organized written and oral reports
Share the results (of Obs-Gyn Exam)

Essential Clinical Experience: Fetal bradycardia

Obstetrics and Gynecology Rotation

Essential Clinical Experience
Fetal bradycardia

Clinical Exposure: Infertility

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Define primary and secondary infertility
Causes of male and female infertility
Evaluation and management of infertility
Psychosocial issues associated with infertility
Ethical considerations in infertility

Tutorial: Diagnosis and Management Plan (MF1 and MF3)

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Generate a problem list
Laboratory and Diagnostic Studies
Treatment
Form a diagnostic impression including Differential Diagnosis
Patient Education
Consider economic and psychosocial issues
Continuing Care Plans
Develop a management plan including:
Essential Clinical Experience
Cesarean section
Essential Clinical Experience
Emergency gynecologic assessment

Tutorial: Ethics in Obstetrics and Gynecology

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Ethics in Obstetrics and Gynecology
Essential Clinical Experience
Intrapartum fetal health surveillance

e-Learning Module: Abortion

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Surgical and non-surgical pregnancy termination methods
Hemorrhage
Potential complications of abortion:
Infection
Psychosocial considerations of abortion
Ethical issues raised concerning abortion

Simulations: Fetal Bradicardia

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Be able to identify a fetal bradicardia
Demonstrate immediate management of fetal bradicardia
Discuss options if immediate management of fetal bradicardia is not successful

e-Learning Module: Uterine Leiomyomas

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Prevalence of uterine leiomyomas
Symptoms and physical findings of uterine leiomyomas
Methods to confirm the diagnosis of uterine leiomyomas
Indications for medical and surgical treatment of uterine leiomyomas

Simulations: Intrapartum Care

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Initial assessment of the labouring patient
Techniques to evaluate the progress of labour
Methods of monitoring the mother and fetus
Management of normal delivery
Vaginal repair
Immediate postpartum care of the mother

e-Learning Module: Third-Trimester Bleeding

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Describe the approach to patient with third-trimester bleeding
Compare symptoms, physical findings, diagnostic methods, that differentiate patients with placenta previa, abruption placenta, and other causes of 3rd trimester bleeding
Describe complications of placenta previa and abruption placenta.
Describe immediate management of shock secondary to 3rd trimester bleeding

Simulations: Pap Smear and Cultures

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Perform an adequate Pap smear
Obtain Specimens to detect STDs (Pap Smear and Culture)
Provide an explanation to the patient regarding the purpose of these tests (of Pap Smear and Culture)

Clinical Exposure: Pelvic Relaxation and Urinary Incontence

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Predisposing risk factors for pelvic organ prolapse and incontinence
Cystocele
Pessary
Urine culture
Anatomic changes due to pelvic organ prolapse and incontinence
Medications (Pelvic Relaxation and Urinary Incontinence)
Rectocele
Post-void residual
Reconstructive Surgery (Pelvic Relaxation and Urinary Incontinence)
Cystoscopy
Enterocele
Signs and symptoms of pelvic organ prolapse
Vaginal vault or uterine prolapse
Urodynamic testing
Physical exam (Pelvic Relaxation and Urinary Incontinence)
Methods of Diagnosis (of Pelvic Relaxation and Urinary Incontinence)
Nonsurgical and surgical treatments (Pelvic Relaxation and Urinary Incontinence):

Simulations: Postpartum Hemorrhage

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Risk factors for postpartum hemorrhage
Inspection for lacerations in the patient with postpartum hemorrhage
Differential Diagnosis of postpartum hemorrhage
Use of uterine contractile agents in the patient with postpartum hemorrhage
Immediate management of the patient with postpartum hemorrhage including:
Management of volume loss in the patient with postpartum hemorrhage
Management of coagulopathy in the patient with postpartum hemorrhage

Simulations: Shoulder Dystocia

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Risk factors for shoulder dystocia
Demonstrate immediate management of shoulder dystocia
Discuss options if immediate management of shoulder dystocia is not available

Clinical Exposure: Contraception

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Council patients on the various methods of contraception:
Physiologic or pharmacologic basis of action of various methods of contraception
Methods of male and female surgical sterilization
Potential surgical complications (of surgical sterilization)
Effectiveness of various methods of contraception
Risks and benefits of procedures (surgical sterilization)
Failure rates (of surgical sterilization)
Benefits and Risks of various methods of contraception
Factors needed to help the patient make informed decisions (surgical sterilization), including:
Reversibility (of surgical sterilization)
Financial considerations of various methods of contraception
Sterilization

Preceptor: Antepartum Care

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Perform a physical exam to obstetrical patients
Answer commonly asked questions regarding pregnancy, labour and delivery
Distinguish an at-risk pregnancy
Assess fetal growth, well-being and maturity

e-Learning Module: Vulvar and Vaginal Disease

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Normal vaginal appearance and secretions
Vaginitis due to bacteria, fungi, trichomonads, viruses, foreign bodies or atrophy
Evaluation and management of common vulvar and vaginal problems including:
Dermatologic conditions of vulva
Bartholin's gland disease
Vulvodynia
Trauma (Vulvar and Vaginal)

Clinical Exposure: Normal and Abnormal Uterine Bleeding

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Distinguish abnormal uterine bleeding from dysfunctional uterine bleeding
List causes of abnormal uterine bleeding
Evaluate and diagnose abnormal uterine bleeding
Describe therapeutic options for abnormal uterine bleeding.

Clinical Exposure: Patient History

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Perform an ob/gyn history as part of the general medical history, including: chief complaint, present illness, menstrual history, obstetrical history, gynecologic history, contraceptive history, sexual history, family history, and social history.

Standardized Patients: Patient History

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Perform an ob/gyn history as part of the general medical history, including: chief complaint, present illness, menstrual history, obstetrical history, gynecologic history, contraceptive history, sexual history, family history, and social history.

Clinical Exposure: Pap Smear and Cultures

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Perform an adequate Pap smear
Obtain Specimens to detect STDs (Pap Smear and Culture)
Handle specimens properly to improve diagnostic accuracy (Pap Smear and Culture)
Provide an explanation to the patient regarding the purpose of these tests (of Pap Smear and Culture)
Guideline results (of Pap Smear and Culture)

Tutorial: Maternal-Fetal Physiology

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Maternal physiologic and anatomic changes associated with pregnancy
Effects of pregnancy on common diagnostic studies
Essential Clinical Experience
Labour induction, augmentation

Essential Clinical Experience: Labour determination

Obstetrics and Gynecology Rotation

Essential Clinical Experience
Labour determination

Clinical Exposure: Obstetrics and Gynecology Rotation (Hospital)

Clerkship, Obstetrics and Gynecology Rotation

During the Hospital rotation students participate as part of the Ob/Gyn team. Time spent on L&D, post?partum and gynecology. Students are expected to be present at normal births, caesarean section, ER consults, OR and if appropriate more complex issues presenting to the service. Students will participate in the on call schedule.

Clinical Exposure: Obstetrics and Gynecology Rotation (Ambulatory)

Clerkship, Obstetrics and Gynecology Rotation

Each student will be assigned to a community Ob/Gyn. Students are expected to participate in 8 half day clinics with exposure to both Gynecology and Obstetrical patient populations.

Tutorial: Amenorrhea

Clerkship, Obstetrics and Gynecology Rotation

Although the work-up of amenorrhea may seem to be complex, a carefully conducted physical examination with the history, and looking to the patient as a bioassay for endocrine abnormalities, should permit the clinician to narrow the diagnostic possibilities and an accurate diagnosis can be obtained quickly. Management aims at restoring ovulatory cycles if possible, replacing estrogen when deficient and a progestin to protect endometrium from unopposed estrogen.

Framework Objectives
Definitions of primary and secondary amenorrhea, and oligomenorrhea
Causes of amenorrhea

Preceptor: Diagnosis and Management Plan

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Generate a problem list
Form a diagnostic impression including Differential Diagnosis

Self-Assessment Quiz: Intrapartum Fetal Surveillance

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Auscultation
Electric Fetal Monitoring
Fetal Scalp Sampling

Preceptor: Abnormal Labour

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Abnormal labour patterns
Methods of evaluating fetopelvic disproportion
Fetal and Maternal complications resulting from abnormal labour

Tutorial: Sexuality

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Physiology of male and female sexual response
Physiologic, emotional, and societal influences on sexuality during: iii) Reproductive years

Large Group Session: Prenatal Diagnosis and Screening

Clerkship, Obstetrics and Gynecology Rotation

To assess genetic risk factors in the family history; when to refer a patient for genetic counselling. To understand age related risks for fetal aneuploidy. To review current standards of practice for Prenatal Screening and Diagnostic testing for fetal aneuploidy. To learn about the evolving landscape of Prenatal Screening in light of new technologies. To be aware of the underlying theme of empowering informed decision making for all women.

Large Group Session: Sexually Transmitted Infections

Clerkship, Obstetrics and Gynecology Rotation

Most common reportable infectious diseases (gonorrhea, pelvic inflammatory disease, chlamydia, syphilis, herpes, human papilloma virus (hpv), genital warts). 'Syndromic' approach to treatment. Sequelae: infertility, cancer, chronic pain, psychiatric illness. Synergistic nature, HIV and other STIs. Economic issues: correlation with poverty, high cost to society.

Framework Objectives
Organisms and methods of transmission, symptoms, physical findings, evaluation and management of each of the following sexually transmitted infections:
Gonorrhea
Screening programs
Chlamydia
Council patients on public health concerns, including:
Costs
Herpes Simplex Virus
Prevention and immunizations
Syphillis
Partner evaluation and treatment
Human Papillomavirus Infection
Human Immunodeficiency Virus
Hepatitis B Virus Infection

Large Group Session: Chronic Pelvic Pain

Clerkship, Obstetrics and Gynecology Rotation

Chronic pelvic pain (CPP): definition; significance; prevalence; etiology; history; physical exam. Characteristics of pain. Laboratory investigations of chronic pelvic pain. Pharmacologic approach to CPP. Endometriosis. Role of hysterectomy for treatment of CPP.

Framework Objectives
Define Chronic Pelvic Pain
Cite the incidence and etiologies of chronic pelvic pain
Cite clinical manifestations of chronic pelvic pain
Cite diagnostic procedures for chronic pelvic pain
List management options for chronic pelvic pain

Essential Clinical Experience: Ruptured membranes

Obstetrics and Gynecology Rotation

Essential Clinical Experience
Ruptured membranes

Large Group Session: Ultrasound during Pregnancy

Clerkship, Obstetrics and Gynecology Rotation

Use of ultrasound in Obstetrics. Assess gestational age, fetal anatomy & growth, fetal wellbeing, etc. Invasive procedure: diagnostic/therapeutic. Labour and Delivery

Large Group Session: Urogynecology

Clerkship, Obstetrics and Gynecology Rotation

Urinary Incontinence; Genital Prolapse;

e-Learning Module: Intrapartum Fetal Surveillance

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Auscultation
Fetal Scalp Sampling

e-Learning Module: Ectopic Pregnancy

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Develop a differential diagnosis of 1st trimester bleeding
List risk factors predisposing patients to ectopic pregnancy
Describe symptoms and physical findings suggestive of ectopic pregnancy
Understand methods and tests used to confirm the diagnosis of ectopic pregnancy
Explain treatment options

e-Learning Module: Isoimmunization

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Red blood cell antigens
Use of immunoglobulin prophylaxis during pregnancy
Clinical circumstances under which D isoimmunization is likely to occur
Methods used to determine maternal isoimmunization and severity of fetal involvement

e-Learning Module: Lactation

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Recognize and treat common postpartum abnormalities of the breast
Know the reasons why breast feeding should be encouraged

Clinical Exposure: Abnormal Labour

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Obstetrics
Indications and contraindications for oxytocin administration
Strategies for management of abnormal fetal presentation

Large Group Session: Breastfeeding

Clerkship, Obstetrics and Gynecology Rotation

How is breast milk different from formula? Lactation is species specific. Breast milk contains all the nutrients a growing baby needs. Formula is artificially manufactured to resemble breast milk. Synthetically manufactured nutrients may not have the same effects as naturally occurring nutrients and are often more difficult to digest. Breast milk provides immunity.

Framework Objectives
Recognize and treat common postpartum abnormalities of the breast
Know the reasons why breast feeding should be encouraged

e-Learning Module: Maternal-Fetal Physiology

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Maternal physiologic and anatomic changes associated with pregnancy

Large Group Session: Amenorrhea

Clerkship, Obstetrics and Gynecology Rotation

Primary amenorrhea. Secondary amenorrhea. Pathoshysiology of amenorrhea. Hypothalamus-Pituitary-Ovary-Uterus interaction. Euestrogenic anovulatory amenorrhea. Hypoestrogenic anovulatory amenorrhea. Cryptomenorrhea. Asherman's Syndrome. Gonadal dysgeneis. Turner's Syndrome. Premature Ovarian Failure. Polycystic Ovary Syndrome. Hypogonadrotropic Hypogonadism. Sheehan's Syndrome. Anorexia Nervosa. Late onset congenital adrenal hyperplasia. Cushing's Syndrome. Androgen insensitivity.

Framework Objectives
Evaluation methods for amenorrhea
Treatment options for amenorrhea

e-Learning Module: Mortality

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Describe the causes and epidemiology of maternal death rates
Describe the causes and epidemiology of fetal death rates
Describe the causes and epidemiology of neonatal death rates
Describe the causes and epidemiology of perinatal death rates

e-Learning Module: Dysmenorrhea

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Definitions of primary and secondary Dysmenorrhea
Causes of dysmenorrhea
Management strategies for dysmenorrhea

Large Group Session: Patient safety and risk management in obstetrics and gynecology

Clerkship, Obstetrics and Gynecology Rotation

To review common definitions in the language of patient safety. To highlight various aspects of risk in obstetrics and gynecology. To examine two programs currently available in obstetrics as prototypes to reduce risk: ALARM - (Advances in Labour and Risk Management) MORE (Management of Obstetrical Risk Efficiently).

Clinical Exposure: Amenorrhea

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Evaluation methods for amenorrhea
Treatment options for amenorrhea

Large Group Session: Contraception

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Council patients on the various methods of contraception:
Physiologic or pharmacologic basis of action of various methods of contraception
Methods of male and female surgical sterilization
Potential surgical complications (of surgical sterilization)
Effectiveness of various methods of contraception
Risks and benefits of procedures (surgical sterilization)
Failure rates (of surgical sterilization)
Benefits and Risks of various methods of contraception
Factors needed to help the patient make informed decisions (surgical sterilization), including:
Reversibility (of surgical sterilization)
Financial considerations of various methods of contraception
Sterilization

e-Learning Module: Fetal Death

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Common causes of fetal death in each trimester
Symptoms, physical findings, and diagnostic methods to confirm the diagnosis
Management of a patient with fetal death, including disseminated intravascular coagulopathy
Emotional reactions and the effect on management
Maternal complications of fetal death, including disseminated intravascular coagulopathy

Large Group Session: Fetal Health Surveillance

Clerkship, Obstetrics and Gynecology Rotation

Factors to consider when interpreting fetal heart patterns. How should the fetus be monitored in labour? Intermittent auscultation (IA) vs. Electronic fetal monitoring (EFM).

Framework Objectives
Electric Fetal Monitoring
Framework Objectives
Cite prevalence and incidence of violence against women, elder abuse, and child abuse
Assess the involvement of any patient in domestic violence situations
Adult sexual assault victim
Council patients for short term safety (in domestic violence situations).
Acquaintance rape
Council patients regarding local support agencies for long term management and resources (in domestic violence situations).
Council patients requiring resources for batterers and perpetrators of domestic violence

e-Learning Module: Fetal Growth Abnormalities

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Define Macrosomia and fetal growth restrictions
Describe etiologies of abnormal fetal growth
Cite methods of detection of fetal growth abnormalities
Cite associated morbidity and mortality of abnormal fetal growth

Large Group Session: Gonadal Function and Fertilization

Clerkship, Obstetrics and Gynecology Rotation

Large Group Session: Gynecological Cancers and HPV

Clerkship, Obstetrics and Gynecology Rotation

Endometrial tumours. Uterine malignancies. Ovarian neoplasms. Cancer of the cervix. Cancer of the Vulva. Human Papillomavirus pap smears and the vaccine.

e-Learning Module: Endometriosis

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Theories of pathogensis of endometriosis
Symptoms and physical findings of endometriosis
Common sites of implants
Method of diagnosis of endometriosis
Non-surgical and surgical management of endometriosis

e-Learning Module: Infertility

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Define primary and secondary infertility
Causes of male and female infertility
Evaluation and management of infertility
Psychosocial issues associated with infertility
Ethical considerations in infertility

Large Group Session: Patient History

Clerkship, Obstetrics and Gynecology Rotation

Past obstetrical history. Gynecologic history. Menstrual history. Contraceptive history. Pregnancy history. Sexual history. Past gynecologic surgeries. Past and current medical history. Family history (familial cancers, gynecological problems, psychiatric history). Occupational and social history.

Framework Objectives
Perform an ob/gyn history as part of the general medical history, including: chief complaint, present illness, menstrual history, obstetrical history, gynecologic history, contraceptive history, sexual history, family history, and social history.

Large Group Session: Knot tying and Perineal Trauma

Clerkship, Obstetrics and Gynecology Rotation

To review wound healing. Provide basic information on commonly used suture materials. Review general principles of wound closure. Provide a general overview of basic surgical knot tying and suturing.

Large Group Session: Low Risk Obstetrics

Clerkship, Obstetrics and Gynecology Rotation

Diagnosis of pregnancy. Risk assessment in pregnancy. Counseling issues in pregnancy. Components of routine antenatal care. Diagnosis of labour: Latent vs active. Assessment of the labouring patient. Stages of labour: Definintions, Normal Labour Management of 1st, 2nd and 3rd stages.

Large Group Session: Menopause

Clerkship, Obstetrics and Gynecology Rotation

To review the history of hormone therapy (HT). Identify the context of the WHI study, over one decade later. Explore current muses on hormone therapy (HT)

Framework Objectives
Describe the physiological changes in the hypothalamic-pituitary-ovarian axis during climacteric.
Hormone therapy (HRT) (Management of climacteric)
Describe the symptoms and physical findings associated with hypoestrogenism
Nutrition and exercise (Management of climacteric)
Long-term changes associated with hypoestrogenism
Non-hormonal therapeutic options during climacteric
Management of climacteric including:
Describe the risks and benefits of HRT

Large Group Session: Nausea and Vomiting

Clerkship, Obstetrics and Gynecology Rotation

The management of nausea and vomiting of pregnancy (NVP). Prevalence of NVP, Negative impact, problems in clinical practice.

Large Group Session: Neurobiology of Depression in Women

Clerkship, Obstetrics and Gynecology Rotation

Spectrum of Premenstrual Disorders. Menopausal transition. What are the mechanisms behind the effects of estrogen for depression? Some women are more vulnerable to develop depression during periods of intense (normal) hormone fluctuation. The interaction between ovarian hormones and neurotransmitter systems may be associated with higher risk for depression in women.

Large Group Session: OB Labour and Pain Relief

Clerkship, Obstetrics and Gynecology Rotation

Obstetrical Anesthesia and Analgesia. Understand the principles of applied anatomy in labor analgesia. To understand epidurals more in depth.To understand the physiology changes due to an epidural/spinal block in pregnant women.to understand the patophysiology of PDPH (post-dural puncture headaches).

Large Group Session: Obstetrical Emergencies

Clerkship, Obstetrics and Gynecology Rotation

Shoulder Dystocia. Post Partum Hemorrhage. Cord Prolapse.

Framework Objectives
Risk factors for shoulder dystocia
Demonstrate immediate management of shoulder dystocia
Discuss options if immediate management of shoulder dystocia is not available

Large Group Session: Abnormal Labour

Clerkship, Obstetrics and Gynecology Rotation

Stages of labour. Cardinal movements of labour. Causes of Abnormal labour: Inadequate contractions, inadequate pelvis, baby too big or malpositioned. Induction/augmentation of labour.

Framework Objectives
Abnormal labour patterns
Methods of evaluating fetopelvic disproportion
Fetal and Maternal complications resulting from abnormal labour
Indications and contraindications for oxytocin administration
Strategies for management of abnormal fetal presentation

Tutorial: Intrapartum Care

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Stages and mechanisms of normal labour and delivery
Immediate postpartum care of the mother

Tutorial: Postpartum Care

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Normal maternal physiologic changes of the postpartum period

Clinical Exposure: Antepartum Care

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Appropriate diagnostic studies
Perform a physical exam to obstetrical patients
Patient education programs
Answer commonly asked questions regarding pregnancy, labour and delivery
Distinguish an at-risk pregnancy
Nutritional needs of pregnant women
Assess fetal growth, well-being and maturity
Adverse effects of drug and environment

Clinical Exposure: Postpartum Care

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Including Depression
Normal postpartum care
Appropriate postpartum patient counseling

e-Learning Module: Multifetal Gestation

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Etiology of monozygotic, dizygotic, mutizygotic gestation
Altered physiologic states of multifetal gestation
Symptoms, physical findings, and diagnostic methods of multifetal gestation
Approach to antepartum, intrapartum, and postpartum management of multifetal gestation

Tutorial: Preconception Care

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Anemia
A history of genetic abnormalities
Herpes
Know the interaction between pregnancy and the following medical and surgical conditions:
Diabetes Mellitus
Advanced maternal age
Rubella
Council patients on:
Substance abuse
Group B Streptococcus
Urinary Tract Infection
Hepatitis
Nutrition and Exercise
Infectious Diseases including:
HIV, HPV, other sexually transmitted infections
Cardiac Disease
Medications and environmental hazards
Cytomegalovirus (CMV)
Immunizations
Asthma
Depression
Alcohol, tobacco, other substance abuse
Toxoplasmosis
Surgical Abdomen
Varicella and Parvovirus

Clinical Exposure: Premature Rupture of Membranes (PROM)

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
History, physical findings, and diagnostic method to confirm ROM
Factors predisposing PROM
Risk and benefit of expectant management versus immediate delivery
Methods to monitor maternal and fetal status during expectant management
Essential Clinical Experience
Vaginal delivery (normal)

e-Learning Module: Normal and Abnormal Uterine Bleeding

Clerkship, Obstetrics and Gynecology Rotation

Framework Objectives
Distinguish abnormal uterine bleeding from dysfunctional uterine bleeding
List causes of abnormal uterine bleeding
Evaluate and diagnose abnormal uterine bleeding
Describe therapeutic options for abnormal uterine bleeding.

Essential Clinical Experience: Shoulder dystocia

Obstetrics and Gynecology Rotation

Essential Clinical Experience
Shoulder dystocia
Clerkship Objectives
Headache: Brain tumor, Concussion, Increased intracranial pressure, Migraine
Essential Clinical Experience
Headache, Pediatric
Clerkship Objectives
Perform red reflex and cover-uncover test
Essential Clinical Experience
Fundoscopy

Tutorial: Child with a Limp

Clerkship, Pediatrics Rotation

Identify key history and physical examination findings pertinent to the differential diagnosis of acute limp in a child. Review common causes of acute limp in children and formulate an approach for initial diagnostic work-up.

Clerkship Objectives
Limp / Extremity Pain: Bone tumor, Growing pains, Juvenile idiopathic arthritis, Legg Calve Perthes disease, Osgood Schlatter disease, Osteomyelitis, Post-infectious, Reactive arthritis, Rheumatic fever, Septic arthritis, Slipped capital femoral epiphysis, Transient synovitis, Trauma / injury

Tutorial: Child Development

Clerkship, Pediatrics Rotation

Become familiar with normal developmental milestones. Practice observation skills using child development videos. Describe common presentations of developmental disorders. To consider a common school aged presentation.

Clerkship Objectives
Development / Behavioural / Learning Problems: Attention deficient disorders, Autism spectrum disorder, Cerebral palsy, Fetal alcohol spectrum disorder, Global delay, Gross motor delay, Learning disability, Speech / language delay
Growth Problems: Constitutional delay, Failure to thrive, Familial short stature, Obesity, Turner syndrome
Clerkship Objectives
Acutely Ill Child: Acute abdomen, Burn, Diabetic ketoacidosis / Diabetes mellitus, Meningococcemia, Poisoning / intoxication, Shock, Trauma
Essential Clinical Experience
Shock, Pediatric
Clerkship Objectives
Diarrhea: Celiac disease, Cow’s milk protein allergy, Gastroenteritis, Hemolytic uremic syndrome, Inflammatory bowel disease, Toddler’s diarrhea
Vomiting: Gastroeosphageal reflux / Gastroeosphageal reflux disease, Intestinal atresia, Intussusception, Malrotation/volvulus, Pyloric stenosis
Essential Clinical Experience
Vomitting/diarrhea, Pediatric
Clerkship Objectives
Murmur: Congenital heart disease, Innocent murmur
Essential Clinical Experience
Heart murmur, Pediatric
Clerkship Objectives
Inadequately explained injury (Child abuse): Abusive head trauma, Domestic violence, Neglect, Physical abuse, Sexual abuse
Essential Clinical Experience
Injury, Pediatric, non-accidental
Clerkship Objectives
Neonatal Jaundice: Biliary atresia, Breast feeding jaundice, Breast milk jaundice, Hemolytic anemia, Kernicterus, Physiologic
Essential Clinical Experience
Jaundice, neonatal

e-Learning Module: CLIPP Cases: Critical and Acute Pediatric Conditions

Clerkship, Pediatrics Rotation

Computer simulated pediatric cases will be used to supplement direct patient encounters. A series of 31 e-learning modules is made available to each student. Students are required to complete 15 cases by the end of the rotation.

Clerkship Objectives
Abdominal Pain & Abdominal Mass: Appendicitis, Constipation, Functional, Neuroblastoma, Ovarian torsion, Pregnancy, Wilm’s tumor
Acutely Ill Child: Acute abdomen, Burn, Diabetic ketoacidosis / Diabetes mellitus, Meningococcemia, Poisoning / intoxication, Shock, Trauma
Recognise an acutely ill child.
Altered LOC: Encephalitis, Head Injury, Hypoglycemia, Metabolic disease
Bruising / Bleeding: Hemophilia, Idiopathic thrombocytopenic purpura, Leukemia
Edema : Nephritic syndrome, Nephrotic syndrome, Renal failure
Headache: Brain tumor, Concussion, Increased intracranial pressure, Migraine
Seizure / Paroxysmal event: Arrhythmia, Breath-holding spell, Brief resolved unexplained event, Febrile vs. non-febrile seizure, General vs. focal seizure, Status epilepticus, Syncope
Vomiting: Gastroeosphageal reflux / Gastroeosphageal reflux disease, Intestinal atresia, Intussusception, Malrotation/volvulus, Pyloric stenosis
Clerkship Objectives
Rash: Acne, Cellulitis, Diaper rashes, Drug eruption, Eczema, Henoch Scholein purpura, Impetigo, Scabies, Scarlet fever, Seborrhea dermatitis, Urticaria, Viral exanthems
Essential Clinical Experience
Rash, Pediatric
Clerkship Objectives
Pallor / Anemia: Hemoglobinopathies, Hemolysis, Iron deficiency
Essential Clinical Experience
Anemia, Pediatric
Clerkship Objectives
Altered LOC: Encephalitis, Head Injury, Hypoglycemia, Metabolic disease
Essential Clinical Experience
Altered LOC, Pediatric

Large Group Session: Seizures

Clerkship, Pediatrics Rotation

Describe the clinical features, complications and common management strategies of childhood chronic illnesses including: Seizure disorder. Outline the initial steps in the assessment and stabilization of the child with: Status epilepticus.

Clerkship Objectives
Seizure / Paroxysmal event: Arrhythmia, Breath-holding spell, Brief resolved unexplained event, Febrile vs. non-febrile seizure, General vs. focal seizure, Status epilepticus, Syncope
Clerkship Objectives
Fever: Different age groups (<1mo, 1-3 mo, >3 mo), Kawasaki disease, Meningitis, Occult bacteremia /sepsis, Urinary tract infection, Viral
Essential Clinical Experience
Fever, Pediatric

Tutorial: Pediatrics Peer to Peer teaching session

Clerkship, Pediatrics Rotation

At the end of the third week of your rotation, you are asked to present a brief overview of one of these key topics: Fever (differential, focus on UTI); Headache in children/teens; Neonatal jaundice; Approach to Lymphadenopathy; Abdominal pain (differential, focus on constipation); Growth problems in children

Clerkship Objectives
Abdominal Pain & Abdominal Mass: Appendicitis, Constipation, Functional, Neuroblastoma, Ovarian torsion, Pregnancy, Wilm’s tumor
Demonstrate effective teaching/learning strategies and content that facilitate the learning of others (peers, patients, families, allied health professionals).
Fever: Different age groups (<1mo, 1-3 mo, >3 mo), Kawasaki disease, Meningitis, Occult bacteremia /sepsis, Urinary tract infection, Viral
Genito-urinary Complaints (hematuria, dysuria, polyuria, frequency, pain): Balanitis, Enuresis, Phimosis, Testicular torsion, Vesicoureteral reflux, Vulvo-vaginitis
Growth Problems: Constitutional delay, Failure to thrive, Familial short stature, Obesity, Turner syndrome
Headache: Brain tumor, Concussion, Increased intracranial pressure, Migraine
Lymphadenopathy: Cervical adenitis, Lymphoma, Mononucleosis, Reactive
Neonatal Jaundice: Biliary atresia, Breast feeding jaundice, Breast milk jaundice, Hemolytic anemia, Kernicterus, Physiologic
Clerkship Objectives
Measure and interpret vital signs
Essential Clinical Experience
Blood pressure, Pediatric (Appropriate cuff size used)
Clerkship Objectives
Respiratory distress / Cough: Anaphylaxis, Asthma, Bronchiolitis, Congestive heart failure, Croup, Cystic fibrosis, Epiglottitis, Foreign body, Pertussis, Pneumonia, Status asthmaticus, Tracheitis
Essential Clinical Experience
Dyspnea, Pediatric

Tutorial: Head Injury

Clerkship, Pediatrics Rotation

Outline an approach to the diagnosis, investigation and management of children with mild to moderate head injury. Discuss specific anticipatory guidance for head injury prevention and treatment in children.

Clerkship Objectives
Headache: Brain tumor, Concussion, Increased intracranial pressure, Migraine
Clerkship Objectives
Respiratory distress / Cough: Anaphylaxis, Asthma, Bronchiolitis, Congestive heart failure, Croup, Cystic fibrosis, Epiglottitis, Foreign body, Pertussis, Pneumonia, Status asthmaticus, Tracheitis
Essential Clinical Experience
Cough/wheeze, Pediatric
Clerkship Objectives
Dehydration: Hyponatremia / hypernatremia, Mild / moderate / severe dehydration
Essential Clinical Experience
Dehydration, Pediatric

Large Group Session: Fluids and Electrolytes

Clerkship, Pediatrics Rotation

Review concepts of fluid balance. Highlight areas unique to pediatrics. Introduce pediatric volume assessment. Develop an approach to the management of Fluid disturbances in Pediatrics.

Clerkship Objectives
Dehydration: Hyponatremia / hypernatremia, Mild / moderate / severe dehydration
Clerkship Objectives
Development / Behavioural / Learning Problems: Attention deficient disorders, Autism spectrum disorder, Cerebral palsy, Fetal alcohol spectrum disorder, Global delay, Gross motor delay, Learning disability, Speech / language delay
Essential Clinical Experience
Developmental delay
Clerkship Objectives
Development / Behavioural / Learning Problems: Attention deficient disorders, Autism spectrum disorder, Cerebral palsy, Fetal alcohol spectrum disorder, Global delay, Gross motor delay, Learning disability, Speech / language delay
Essential Clinical Experience
School difficulties/ADHD, Pediatric
Clerkship Objectives
Genito-urinary Complaints (hematuria, dysuria, polyuria, frequency, pain): Balanitis, Enuresis, Phimosis, Testicular torsion, Vesicoureteral reflux, Vulvo-vaginitis
Essential Clinical Experience
Dysuria/hematuria/polyuria, Pediatric
Clerkship Objectives
Growth Problems: Constitutional delay, Failure to thrive, Familial short stature, Obesity, Turner syndrome
Essential Clinical Experience
Failure to thrive
Clerkship Objectives
Seizure / Paroxysmal event: Arrhythmia, Breath-holding spell, Brief resolved unexplained event, Febrile vs. non-febrile seizure, General vs. focal seizure, Status epilepticus, Syncope
Essential Clinical Experience
Seizure, Pediatric
Clerkship Objectives
Fever: Different age groups (<1mo, 1-3 mo, >3 mo), Kawasaki disease, Meningitis, Occult bacteremia /sepsis, Urinary tract infection, Viral
Essential Clinical Experience
Sepsis, Pediatric

Large Group Session: Infectious Diseases: An approach to the management of infections

Clerkship, Pediatrics Rotation

Revisit the basic principles of infectious diseases and antibacterial therapy. Re-familiarize yourselves with the different antibiotics. Discuss the approach to some common infections: etiology, investigations, treatment.

Clerkship Objectives
Fever: Different age groups (<1mo, 1-3 mo, >3 mo), Kawasaki disease, Meningitis, Occult bacteremia /sepsis, Urinary tract infection, Viral
Essential Clinical Experience
Epipen techniques
Clerkship Objectives
Limp / Extremity Pain: Bone tumor, Growing pains, Juvenile idiopathic arthritis, Legg Calve Perthes disease, Osgood Schlatter disease, Osteomyelitis, Post-infectious, Reactive arthritis, Rheumatic fever, Septic arthritis, Slipped capital femoral epiphysis, Transient synovitis, Trauma / injury
Essential Clinical Experience
Extremity pain, limp, Pediatric
Essential Clinical Experience
Calculate drug dose (by body weight)
Clerkship Objectives
Growth Problems: Constitutional delay, Failure to thrive, Familial short stature, Obesity, Turner syndrome
Essential Clinical Experience
Obesity, Pediatric
Clerkship Objectives
Newborn: Abnormal newborn screen, Birth Trauma, Congenital infections, Cyanosis, Depressed newborn, Hypoglycemia, Hypothermia, Hypotonia / floppy newborn, Large for gestational age , Neonatal abstinence syndrome, Newborn physical exam (normal, abnormal), Prematurity, Respiratory distress, Sepsis, Small for gestational age, Trisomy 21, Vitamin K deficiency
Essential Clinical Experience
Newborn
Clerkship Objectives
Abdominal Pain & Abdominal Mass: Appendicitis, Constipation, Functional, Neuroblastoma, Ovarian torsion, Pregnancy, Wilm’s tumor
Essential Clinical Experience
Abdominal pain, Pediatric

e-Learning Module: CLIPP Cases: Preventative Care and Health Maintenance

Clerkship, Pediatrics Rotation

Computer simulated pediatric cases will be used to supplement direct patient encounters. A series of 31 e-learning modules is made available to each student. Students are required to complete 15 cases by the end of the rotation.

Clerkship Objectives
Well Child Care (newborn, infant, child) : Anticipatory guidance, Circumcision, Crying / colic, Dental health, Discipline / Parenting, Growth – Head circumference, Height, Weight, Body mass index, Health active living, Hearing, Hypertension, Immunizations Injury prevention, Normal development, Nutrition & Feeding, Sleep issues, Social-economic / cultural / home / environment, Sudden infant death syndrome

Clinical Exposure: Pediatrics Clerkship

Clerkship, Pediatrics Rotation

The pediatrics clerkship rotation is a six week rotation during which the clerks are placed in one of 4 tracks and have exposure to both ambulatory and inpatient pediatric care.

Clerkship Objectives
Demonstrate professional behaviours in practice including: honesty, integrity, commitment, compassion, respect and altruism.
Engage in self-directed lifelong learning strategies.
Engage in advocacy, health promotion and disease prevention with patients and families including: mental health, child maltreatment, healthy active living, safety, and early literacy support.
Demonstrate communication skills that convey respect, integrity, flexibility, sensitivity, empathy, and compassion.
Demonstrate priority setting, and time management skills that balance patient care, academic responsibilities, and personal well being.
Work effectively, respectfully, and appropriately in an inter-professional healthcare team.
Demonstrate a commitment to perform to the highest standard of care through the acceptance and application of performance feedback.
Engage in self-assessment through reflective practice.
Identify emerging and ongoing issues for paediatric patients who are potentially vulnerable or marginalised including: First Nations Peoples, new immigrants, disabled children, children living in poverty, and children with mental health, sexual orientation, or gender identity concerns.
Employ information technology to maximise patient care.
Demonstrate understanding of roles and responsibilities in an inter-professional health care team; recognising his/her own responsibilities and limits.
Communicate using open-ended inquiry, listening attentively and verifying for mutual understanding.
Apply the principals of critical appraisal of the literature to guide evidenced based patient care.
Demonstrate a patient-centred and family-centred approach to communication which requires involving the family and patient in shared decision making, and involves gathering information about the patients’ and families’ beliefs, concerns, expectations and illness experience.
Effectively collaborate/consult/participate with members of the inter- and intra-professional team to optimise the health of the patient/family.
Recognise and respond to ethical issues encountered in clinical practice.
Demonstrate a rational approach to finite resource allocation in patient management; apply evidence in cost-effective care.
Identify determinants of health for paediatric populations and the physician’s role and points of influence in these issues.
Demonstrate integration of new learning into practice.
Acquire and synthesise relevant information from relevant sources including: family, caregivers, and other health professionals.
Effectively work with other health professional to prevent, negotiate, and resolve inter- and intra-professional conflict.
Fulfil legal obligations as they pertain to paediatric practice (reporting child maltreatment).
Identify barriers that prevent children from accessing health care including: financial, cultural, and geographic.
Demonstrate organised, complete, informative, legible, and accurate written/electronic information related to clinical encounters (such as: admission histories, progress notes, and discharge summaries).
Demonstrate effective teaching/learning strategies and content that facilitate the learning of others (peers, patients, families, allied health professionals).
Recognise the principles and limits of patient confidentiality as it pertains to paediatrics (age of consent, emancipated minors, disclosure of suicidal/homicidal intent, and disclosure of abuse).
Demonstrate clear, legible, and accurate ‘doctors orders’ (such as investigations, medication orders and outpatient prescriptions).
Balance personal and professional responsibilities to ensure personal health, academic achievement, and the highest quality of patient care.
Recognise factors such as fatigue, stress, and competing demands/roles that impact on personal and professional performance. Seek assistance when professional or personal performance is compromised.
Demonstrate organised, complete, informative and accurate information in verbal patient presentations.
Respect patient confidentiality, privacy and autonomy.
Acknowledge/demonstrate the principals of dealing with challenging communication issues including: obtaining informed consent, delivering bad news, disclosing adverse medical events, and addressing anger, confusion, and misunderstanding.

e-Learning Module: CLIPP Cases: Common Pediatric Conditions

Clerkship, Pediatrics Rotation

Computer simulated pediatric cases will be used to supplement direct patient encounters. A series of 31 e-learning modules is made available to each student. Students are required to complete 15 cases by the end of the rotation.

Clerkship Objectives
Diarrhea: Celiac disease, Cow’s milk protein allergy, Gastroenteritis, Hemolytic uremic syndrome, Inflammatory bowel disease, Toddler’s diarrhea
Fever: Different age groups (<1mo, 1-3 mo, >3 mo), Kawasaki disease, Meningitis, Occult bacteremia /sepsis, Urinary tract infection, Viral
Genito-urinary Complaints (hematuria, dysuria, polyuria, frequency, pain): Balanitis, Enuresis, Phimosis, Testicular torsion, Vesicoureteral reflux, Vulvo-vaginitis
Limp / Extremity Pain: Bone tumor, Growing pains, Juvenile idiopathic arthritis, Legg Calve Perthes disease, Osgood Schlatter disease, Osteomyelitis, Post-infectious, Reactive arthritis, Rheumatic fever, Septic arthritis, Slipped capital femoral epiphysis, Transient synovitis, Trauma / injury
Neonatal Jaundice: Biliary atresia, Breast feeding jaundice, Breast milk jaundice, Hemolytic anemia, Kernicterus, Physiologic
Rash: Acne, Cellulitis, Diaper rashes, Drug eruption, Eczema, Henoch Scholein purpura, Impetigo, Scabies, Scarlet fever, Seborrhea dermatitis, Urticaria, Viral exanthems
Respiratory distress / Cough: Anaphylaxis, Asthma, Bronchiolitis, Congestive heart failure, Croup, Cystic fibrosis, Epiglottitis, Foreign body, Pertussis, Pneumonia, Status asthmaticus, Tracheitis
Sore Ear: Otitis externa, Otitis media
Sore Throat / Sore Mouth: Dental disease, Oral thrush, Peritonsillar abscess, Pharyngitis, Retropharyngeal abscess / cellulitis, Stomatitis
Clerkship Objectives
Abdominal Pain & Abdominal Mass: Appendicitis, Constipation, Functional, Neuroblastoma, Ovarian torsion, Pregnancy, Wilm’s tumor
Describe differences between the medical management of paediatric patients versus adult patients.
Acutely Ill Child: Acute abdomen, Burn, Diabetic ketoacidosis / Diabetes mellitus, Meningococcemia, Poisoning / intoxication, Shock, Trauma
Recognise an acutely ill child.
Adolescent Health Issues: Disordered eating, Psychosocial history (HEADDSS), Pubertal development, Sexual health, Sexually transmitted infections, Substance use and abuse.
Develop management plans that demonstrate due attention to discharge planning, and recognition of key community resources to support the family once out of hospital.
Altered LOC: Encephalitis, Head Injury, Hypoglycemia, Metabolic disease
Demonstrate an approach (the generation of a differential diagnoses, appropriate initial diagnostic investigations, and management plan) to the following core clinical paediatric presentations:
Bruising / Bleeding: Hemophilia, Idiopathic thrombocytopenic purpura, Leukemia
Dehydration: Hyponatremia / hypernatremia, Mild / moderate / severe dehydration
Development / Behavioural / Learning Problems: Attention deficient disorders, Autism spectrum disorder, Cerebral palsy, Fetal alcohol spectrum disorder, Global delay, Gross motor delay, Learning disability, Speech / language delay
Diarrhea: Celiac disease, Cow’s milk protein allergy, Gastroenteritis, Hemolytic uremic syndrome, Inflammatory bowel disease, Toddler’s diarrhea
Edema : Nephritic syndrome, Nephrotic syndrome, Renal failure
Eye Issues: Absent red reflex , Amblyopia, Conjunctivitis, Normal vision development, Periorbital / orbital cellulitis, Strabismus, Visual changes
Fever: Different age groups (<1mo, 1-3 mo, >3 mo), Kawasaki disease, Meningitis, Occult bacteremia /sepsis, Urinary tract infection, Viral
Genito-urinary Complaints (hematuria, dysuria, polyuria, frequency, pain): Balanitis, Enuresis, Phimosis, Testicular torsion, Vesicoureteral reflux, Vulvo-vaginitis
Growth Problems: Constitutional delay, Failure to thrive, Familial short stature, Obesity, Turner syndrome
Headache: Brain tumor, Concussion, Increased intracranial pressure, Migraine
Inadequately explained injury (Child abuse): Abusive head trauma, Domestic violence, Neglect, Physical abuse, Sexual abuse
Limp / Extremity Pain: Bone tumor, Growing pains, Juvenile idiopathic arthritis, Legg Calve Perthes disease, Osgood Schlatter disease, Osteomyelitis, Post-infectious, Reactive arthritis, Rheumatic fever, Septic arthritis, Slipped capital femoral epiphysis, Transient synovitis, Trauma / injury
Lymphadenopathy: Cervical adenitis, Lymphoma, Mononucleosis, Reactive
Mental Health Concerns: Anxiety, Depression, School refusal, Suicidality
Murmur: Congenital heart disease, Innocent murmur
Neonatal Jaundice: Biliary atresia, Breast feeding jaundice, Breast milk jaundice, Hemolytic anemia, Kernicterus, Physiologic
Newborn: Abnormal newborn screen, Birth Trauma, Congenital infections, Cyanosis, Depressed newborn, Hypoglycemia, Hypothermia, Hypotonia / floppy newborn, Large for gestational age , Neonatal abstinence syndrome, Newborn physical exam (normal, abnormal), Prematurity, Respiratory distress, Sepsis, Small for gestational age, Trisomy 21, Vitamin K deficiency
Pallor / Anemia: Hemoglobinopathies, Hemolysis, Iron deficiency
Rash: Acne, Cellulitis, Diaper rashes, Drug eruption, Eczema, Henoch Scholein purpura, Impetigo, Scabies, Scarlet fever, Seborrhea dermatitis, Urticaria, Viral exanthems
Respiratory distress / Cough: Anaphylaxis, Asthma, Bronchiolitis, Congestive heart failure, Croup, Cystic fibrosis, Epiglottitis, Foreign body, Pertussis, Pneumonia, Status asthmaticus, Tracheitis
Seizure / Paroxysmal event: Arrhythmia, Breath-holding spell, Brief resolved unexplained event, Febrile vs. non-febrile seizure, General vs. focal seizure, Status epilepticus, Syncope
Sore Ear: Otitis externa, Otitis media
Sore Throat / Sore Mouth: Dental disease, Oral thrush, Peritonsillar abscess, Pharyngitis, Retropharyngeal abscess / cellulitis, Stomatitis
Vomiting: Gastroeosphageal reflux / Gastroeosphageal reflux disease, Intestinal atresia, Intussusception, Malrotation/volvulus, Pyloric stenosis
Well Child Care (newborn, infant, child) : Anticipatory guidance, Circumcision, Crying / colic, Dental health, Discipline / Parenting, Growth – Head circumference, Height, Weight, Body mass index, Health active living, Hearing, Hypertension, Immunizations Injury prevention, Normal development, Nutrition & Feeding, Sleep issues, Social-economic / cultural / home / environment, Sudden infant death syndrome
Clerkship Objectives
Sore Ear: Otitis externa, Otitis media
Sore Throat / Sore Mouth: Dental disease, Oral thrush, Peritonsillar abscess, Pharyngitis, Retropharyngeal abscess / cellulitis, Stomatitis
Essential Clinical Experience
Otitis/Pharyngitis

Clinical Exposure: Pediatric Patient History

Clerkship, Pediatrics Rotation

Clerkship Objectives
The student is able to demonstrate proficiency in acquiring a complete and accurate paediatric history with consideration of the child’s age, development, and the family’s cultural, socioeconomic and educational background.
Clerkship Objectives
Demonstrate clear, legible, and accurate ‘doctors orders’ (such as investigations, medication orders and outpatient prescriptions).
Essential Clinical Experience
Write pediatric IV and/or Po fluid orders

Clinical Exposure: Pediatric Examination

Clerkship, Pediatrics Rotation

Perform a complete pediatric physical examination including head and neck, respiratory, cardiac, abdominal, musculoskeletal, neurologic, and skin.

Clerkship Objectives
Position and immobilise patient for certain physical exam skills
Measure and interpret height, weight, head circumference (including plotting on growth curve and calculation of body mass index)
Measure and interpret vital signs
Palpate for fontanelles and suture lines
Demonstrate physical examination skills that reflect consideration of the clinical presentation as well as the comfort, age, development, and cultural context of the infant, child, or adolescent.
Perform red reflex and cover-uncover test
Demonstrate competence with the following paediatric physical examination skills in addition to general physical examination skills:
Perform otoscopy
Inspect for dysmorphic features
Elicit primitive reflexes
Perform infant hip examination
Assess the lumbosacral spine for abnormalities
Assess for scoliosis
Palpate femoral pulses
Examine external genitalia
Assess for sexual maturity rating (Tanner staging)
Clerkship Objectives
Perform otoscopy
Essential Clinical Experience
Otoscopy
Clerkship Objectives
Measure and interpret height, weight, head circumference (including plotting on growth curve and calculation of body mass index)
Essential Clinical Experience
Plot correctly on growth chart

e-Learning Module: CLIPP Cases: Chronic Childhood Illness

Clerkship, Pediatrics Rotation

Computer simulated pediatric cases will be used to supplement direct patient encounters. A series of 31 e-learning modules is made available to each student. Students are required to complete 15 cases by the end of the rotation.

Clerkship Objectives
Adolescent Health Issues: Disordered eating, Psychosocial history (HEADDSS), Pubertal development, Sexual health, Sexually transmitted infections, Substance use and abuse.
Development / Behavioural / Learning Problems: Attention deficient disorders, Autism spectrum disorder, Cerebral palsy, Fetal alcohol spectrum disorder, Global delay, Gross motor delay, Learning disability, Speech / language delay

Clerkship Teaching Session: Toxidromes and the Agitated Patient

Clerkship, Psychiatry Rotation

Sympathetic toxidrome. Anticholinergic toxidrome. Cholinergic toxidrome. Opioid toxidrome. Sedative Hypnotic toxidrome. Hallucinogens

Clerkship Objectives
Assess and manage violence/agitation/homicidality
Assess (including relevant physical exam) and manage substance use.
Assess and manage other psychiatric emergencies/crises and acute presentations: toxidromes and withdrawal; overdoses: (e.g. TCA, acetaminophen); severe drug reactions: NMS, sertonin syndrome, dystonia; medical conditions with possible psychiatric presentation (e.g. catatonia, delirium)
Assess and manage acute psychosis.
Recommend medication management, monitoring and counselling, including: Classes of psychiatric medications and their indications. Medication counselling: indications, choice, side effects, etc. Pre-medication work-up. Medication monitoring and work-up. Side effects (blood tests and physical e.g. AIMS). Metabolic syndromes and monitoring. Special populations (pediatric, geriatric, pregnancy). Acute syndromes/reactions (NMS, dystonia, serotonin syndrome, toxicity).
Essential Clinical Experience
Substance abuse

Clerkship Teaching Session: Anxiolytics/sedatives

Clerkship, Psychiatry Rotation

Review Anxiolytics (Anti-Anxiety drugs). First-line: SSRIs, SNRIs, benzodiazepines, buspirone (GAD only). Second-line TCAs (clomipramine), mirtazepine, trazodone.

Clerkship Objectives
Mood Disorders (including in post-partum, seasonal, GMC)
Anxiety Disorders
Recommend medication management, monitoring and counselling, including: Classes of psychiatric medications and their indications. Medication counselling: indications, choice, side effects, etc. Pre-medication work-up. Medication monitoring and work-up. Side effects (blood tests and physical e.g. AIMS). Metabolic syndromes and monitoring. Special populations (pediatric, geriatric, pregnancy). Acute syndromes/reactions (NMS, dystonia, serotonin syndrome, toxicity).

Clerkship Teaching Session: Bipolar Disorders

Clerkship, Psychiatry Rotation

Learn how to make the diagnosis of bipolar in a time efficient manner. Learn how to use psychopharmacology to treat Bipolar Disorder, using current guidelines. Learn about issues of psychopharmacology and pregnancy

Clerkship Objectives
Mood Disorders (including in post-partum, seasonal, GMC)

Tutorial: Geriatric and Medical Psychiatry

Clerkship, Psychiatry Rotation

Demonstrate an understanding of the interface between psychiatry and medicine and the importance of identifying and treating psychiatric illness in medical patients. Discuss how medications can result in mood disorders and how to identify and treat mood disorders in medical patients. Discuss the importance of multi-disciplinary care in the treatment of patients with medical and psychiatric illness as well as issues such as addiction and chronic pain. Discuss the potential medical implications of treatment with SSRI medications. List some pharmacokinetic changes associated with aging. Identify cognitive changes associated with aging. Describe some common bed side cognitive assessment tools.

Clerkship Objectives
Geriatric and Cognitive Disorders: geriatric age-related mood, psychosis, anxiety disorders; Delirium and Dementia
Medical Psychiatry

e-Learning Module: Primer on Sleep

Clerkship, Psychiatry Rotation

Sleep: A Primer on Physiology, History Taking and Treatment.

Clerkship Teaching Session: Anxiety Disorders

Clerkship, Psychiatry Rotation

Panic disorder. DSM-IV-TR Criteria for Panic attacks. Recommendations for pharmacotherapy for panic disorder. Generalized anxiety disorder (GAD). Social Anxiety disorder (SAD). Obsessive compulsive disorder (OCD). Posttraumatic stress disorder (PTSD).

Clerkship Objectives
Mood Disorders (including in post-partum, seasonal, GMC)
Anxiety Disorders
Trauma- and stressor-related disorders

Clerkship Teaching Session: Addiction/Substance Abuse Disorder

Clerkship, Psychiatry Rotation

Define substance use disorders (SUD) using DSM 5. What are the Canadian Safe Drinking Guidelines? How do you quickly screen patients for SUD? List clues that a SUD may be present.

Clerkship Objectives
Substance Use Disorders (including concurrent disorders, and screening assessment tools e.g. CAGE, AUDIT, MAST)
Assess (including relevant physical exam) and manage substance use.
Essential Clinical Experience
Assessment of capacity to consent to treatment
Clerkship Objectives
Perform a mental status examination of a patient with psychiatric illness.
Conduct a suicide risk assessment and management.
Assess and manage violence/agitation/homicidality
Assess self-care.
Propose a preliminary understanding of a patient in a biopsychosocial model including being able to: Reach reasonable hypotheses about a patient's pre-morbid personality, coping styles, and their link to the present predicament. Specify relevant medical considerations, including substance and medication misuse. Recognize relevant environmental and social stresses. Describe the level of everyday functioning and realistic goals for improvement.
Assess a sexual and trauma history.
Assess sleep history and provide counselling.
Assessment of cognitive deficits (and use of screening instruments e.g. MMSE, MOCA, etc.).
Recommend medication management, monitoring and counselling, including: Classes of psychiatric medications and their indications. Medication counselling: indications, choice, side effects, etc. Pre-medication work-up. Medication monitoring and work-up. Side effects (blood tests and physical e.g. AIMS). Metabolic syndromes and monitoring. Special populations (pediatric, geriatric, pregnancy). Acute syndromes/reactions (NMS, dystonia, serotonin syndrome, toxicity).
Demonstrate psychoeducation skills with respect to diagnoses, medications, prognosis, family education.
Demonstrate proficiency in documentation and communication in psychiatry.

Tutorial: Psychiatry Clerkship Tutorials

Clerkship, Psychiatry Rotation

Clerks will be divided into smaller groups for tutorial sessions. These groups will be facilitated by an assigned faculty member in the role of tutorial leader. The topic and format will vary weekly. Students are expected to prepare in advance of the session.

Essential Clinical Experience: Depression

Clerkship, Family Medicine Rotation, Psychiatry Rotation

Essential Clinical Experience
Depression

Clinical Exposure: Advocacy

Clerkship, Psychiatry Rotation

Practice non-stigmatizing attitude and advocacy towards those experiencing mental illness.

Clerkship Objectives
Knowledge of indications for referral to psychiatry.
Knowledge of legal issues, the Mental Health Act and when to invoke it: risk to self and others, obligatory reporting; Use of Legal Certification Forms under the Mental Health Act; duty to warn, exceptions to requirement for consent; role of Community Treatment Orders (CTO); capacity and informed consent, right to refuse treatment, exceptions to requirement for consent.
Knowledge of the determinants of health and outcomes in mental illness (e.g. poverty, immigration, cultural factors).
Knowledge of social interventions and resources: Demonstrate understanding of the health care provider's role in patient advocacy; Finding and working with social agencies (CAS, food banks, CFS, Good Shepherd, AY, etc.); Understanding indications for OW and ODSP.

e-Learning Module: Physical Therapy of Psychopathology

Clerkship, Psychiatry Rotation

Demystifying ECT (Electroconvulsive Therapy): A discussion of ECT, TMS (transcranial magnetic stimulation) , DBS (deep brain stimulation) and VNS (vagal nerve stimulation)

Clerkship Objectives
Assess the appropriateness for and recommend ECT and TMS: indications for use, side effects.

e-Learning Module: Introduction to Psychotherapy

Clerkship, Psychiatry Rotation

Be able to describe what psychotherapy is. Be familiar with the evidence for psychotherapy. Be able to describe the major therapy modalities and their indications. Be able to practice some basic therapy skills which are translatable to any type of practice.

Clerkship Objectives
Overview of psychotherapy (indications, efficacy, impact, types, etc.). Use of motivational interviewing across disciplines.
Assess the appropriate use of psychotherapy

Tutorial: Mood and Anxiety Disorders

Clerkship, Psychiatry Rotation

Students will review the following cases and actively participate in a discussion as well as answer 2 MCQs. Case #1 - Patient tells you that he has been having difficulty sleeping over the past few months and has been feeling very tired as a result. He has tried melatonin and Benadryl, but they have not helped with his sleep. He says that his fatigue is interfering with his work performance, particularly as he has been struggling to concentrate and has become more irritable with coworkers. Case #2 - Patient is concerned about his frequent mood swings and wonders if he may have Bipolar Disorder.

Clerkship Objectives
Mood Disorders (including in post-partum, seasonal, GMC)
Anxiety Disorders

Clerkship Teaching Session: Antipsychotics

Clerkship, Psychiatry Rotation

Review anitpsychotics. 1st Generation, 2nd Generation, 3rd Generation? Introduce neuroleptic malignant syndrome.

Clerkship Objectives
Psychotic Disorders
Mood Disorders (including in post-partum, seasonal, GMC)
Recommend medication management, monitoring and counselling, including: Classes of psychiatric medications and their indications. Medication counselling: indications, choice, side effects, etc. Pre-medication work-up. Medication monitoring and work-up. Side effects (blood tests and physical e.g. AIMS). Metabolic syndromes and monitoring. Special populations (pediatric, geriatric, pregnancy). Acute syndromes/reactions (NMS, dystonia, serotonin syndrome, toxicity).

Clerkship Teaching Session: Antidepressants

Clerkship, Psychiatry Rotation

General pharmacology overview. Review antidepressants. Discuss augmentation strategies. Introduce serotonin syndrome.

Clerkship Objectives
Recommend medication management, monitoring and counselling, including: Classes of psychiatric medications and their indications. Medication counselling: indications, choice, side effects, etc. Pre-medication work-up. Medication monitoring and work-up. Side effects (blood tests and physical e.g. AIMS). Metabolic syndromes and monitoring. Special populations (pediatric, geriatric, pregnancy). Acute syndromes/reactions (NMS, dystonia, serotonin syndrome, toxicity).
Essential Clinical Experience
Participate in a discussion regarding the impact of stigma upon patients with mental illness.
Essential Clinical Experience
Personality disorder
Essential Clinical Experience
Participate in the completion of Mental Health Act forms.
Essential Clinical Experience
Participate in a discussion about the relationship between health and social factors such as income, housing, gender, race, or disability.

Essential Clinical Experience: Anxiety

Clerkship, Family Medicine Rotation, Psychiatry Rotation

Essential Clinical Experience
Anxiety

Clerkship Teaching Session: Depression

Clerkship, Psychiatry Rotation

Differential diagnosis of depression. Treatment strategies. Using medication. Management of side effects. Drug interactions. Augmentation, substitution.

Clerkship Objectives
Mood Disorders (including in post-partum, seasonal, GMC)

Clerkship Teaching Session: Movement Disorders and Cognitive Assessment

Clerkship, Psychiatry Rotation

To review the common movement disorders relevant to psychiatry. A general approach to management of the specific disorders. To review the key components of cognitive assessment.

Clerkship Objectives
Assessment of cognitive deficits (and use of screening instruments e.g. MMSE, MOCA, etc.).
Essential Clinical Experience
Suicidal/homicidal patient

Clerkship Teaching Session: Psychotropic Medications for ADHD & Dementia

Clerkship, Psychiatry Rotation

Drugs for ADHD. Drugs for Dementia.

Clerkship Objectives
Geriatric and Cognitive Disorders: geriatric age-related mood, psychosis, anxiety disorders; Delirium and Dementia
Child and Adolescent Psych (pediatric manifestation of common disorders, pediatric tx issues and their controversies): Neurodevelopmental disorders: intellectual disabilities, autism spectrum disorder, genetic syndromes ( e.g. Down, Fragile X, Fetal Alcohol), learning and communication disorders, AD/HD and treatments. Disruptive behaviour disorders (ODD, CD) Mood and anxiety disorders (incl. separation and school anxiety, and DMDD), use of SSRI in pediatric population Eating disorders. Key points in assessment of child and family functioning.
Recommend medication management, monitoring and counselling, including: Classes of psychiatric medications and their indications. Medication counselling: indications, choice, side effects, etc. Pre-medication work-up. Medication monitoring and work-up. Side effects (blood tests and physical e.g. AIMS). Metabolic syndromes and monitoring. Special populations (pediatric, geriatric, pregnancy). Acute syndromes/reactions (NMS, dystonia, serotonin syndrome, toxicity).

Clerkship Teaching Session: Psychosis Disorders

Clerkship, Psychiatry Rotation

Learn effective questioning to evaluate psychosis. Be familiar with the complete differential diagnosis of psychotic disorders. Learn about current psychopharmacologic treatments of psychotic disorders.

Clerkship Objectives
Psychotic Disorders
Mood Disorders (including in post-partum, seasonal, GMC)
Essential Clinical Experience
Psychiatric medication-induced adverse/side effects

Clerkship Teaching Session: Psychiatric Disorders of Childhood and Adolescence

Clerkship, Psychiatry Rotation

Define and understand what a psychiatric disorder is in this age group and discuss range of normal variants. Develop a framework to evaluate the child or adolescent presenting with a potential mental disorder. Recognize common disorders in this age-group and be familiar with their treatment. Discuss controversies in the area.

Clerkship Objectives
Child and Adolescent Psych (pediatric manifestation of common disorders, pediatric tx issues and their controversies): Neurodevelopmental disorders: intellectual disabilities, autism spectrum disorder, genetic syndromes ( e.g. Down, Fragile X, Fetal Alcohol), learning and communication disorders, AD/HD and treatments. Disruptive behaviour disorders (ODD, CD) Mood and anxiety disorders (incl. separation and school anxiety, and DMDD), use of SSRI in pediatric population Eating disorders. Key points in assessment of child and family functioning.
Other: Impulse control disorders, Factitious Disorder and Malingering
Assess child and family functioning.
Recommend medication management, monitoring and counselling, including: Classes of psychiatric medications and their indications. Medication counselling: indications, choice, side effects, etc. Pre-medication work-up. Medication monitoring and work-up. Side effects (blood tests and physical e.g. AIMS). Metabolic syndromes and monitoring. Special populations (pediatric, geriatric, pregnancy). Acute syndromes/reactions (NMS, dystonia, serotonin syndrome, toxicity).

Clerkship Teaching Session: Personality Disorder

Clerkship, Psychiatry Rotation

Be aware of the different personlity styles. Be aware of some of the treatment approaches for these patients. Understand transference and countertransference issues and how they can enhance work with these patients. Paranoid personality. Schizoid personality. Borderline personality. Narcissistic personality. Histrionic personality. Antisocial personality. Avoidant personality. Dependent personality. Obsessive-Compulsive personality disorder.

Clerkship Objectives
Personality Disorders
Other: Impulse control disorders, Factitious Disorder and Malingering
Essential Clinical Experience
Mania

Tutorial: Introduction to Psychiatry Clerkship

Clerkship, Psychiatry Rotation

Participation in group discussion regarding interests and learning objectives.

Essential Clinical Experience
Psychosis
Essential Clinical Experience
Agitated/aggressive patient

Clerkship Teaching Session: Somatizing

Clerkship, Psychiatry Rotation

Appreciate the range of diagnoses that make up “Somatic Symptom and Related Disorders (DSM-V). Understand the range of conscious and unconscious mechanisms involved in these disorders. Be aware of treatment modalities for these disorders both psychopharmacolgic and psychotherapeutic.

Clerkship Objectives
Somatoform disorders
Other: Impulse control disorders, Factitious Disorder and Malingering

e-Learning Module: Integrated Pain and Opioid Curriculum Course 5 - Mental Health, Chronic Pain and Substance Use Disorder: Addressing the Connections

Clerkship, Psychiatry Rotation

Understand how mental health conditions such as mood disorders, anxiety disorders and a history of trauma may contribute to and complicate the management of chronic non-cancer pain (CNCP) and substance use disorders. Explore how to use brief interventions and referral for treatment for patients with these overlapping conditions. Consider ways to incorporate trauma informed care into practice. You should complete this course before the end of your Psychiatry Clerkship Foundations rotation.

Clinical Exposure: Psychiatry Clerkship

Clerkship, Psychiatry Rotation

Each clerk will be assigned to 2-3 primary clinical supervisors. The supervisors will be responsible for the supervision, assignment and evaluation of clinical work. Clinical placements may occur in a variety of settings, including inpatient, outpatient, general psychiatry, or subspecialty settings (e.g. child and adolescent, geriatrics, eating disorders, mood and anxiety, forensics, schizophrenia, dual diagnosis, etc.). These placements can occur in academic hospitals, community hospitals, or community clinics.

Clerkship Teaching Session: The Psychiatric Interview and mental status exam

Clerkship, Psychiatry Rotation

Interviewing techniques. Review of Psychiatric Interview. Risk Assessment. Cognitive Assessment

Clerkship Objectives
Conduct a general interview: learn specific skills that convey empathy. Take a psychiatric history in an empathic manner that enables the assessment of relevant psychological, medical and social factors. Adapt their interview techniques to deal with common sorts of "special" situations/patients (e.g., children, the elderly, those who don't speak English, those with communication or cognitive problems, use of interpreters, family members for collateral, etc.). Adapt their interview techniques to deal with common sorts of "challenging" styles (e.g., silent, over-talkative, angry, seductive, suspicious, passive, dependent, defensive, evasive patients, or those who deny they need help).
Perform a mental status examination of a patient with psychiatric illness.
Conduct a suicide risk assessment and management.
Demonstrate proficiency in documentation and communication in psychiatry.

Clerkship Teaching Session: Developmental Disabilities and Dual Diagnosis

Clerkship, Psychiatry Rotation

Understand the terminology associated with intellectual disabilities, including definitions used internationally. Know the DSM-5 criteria for intellectual disability. Differentiate between different levels of developmental disability (i.e. mild/moderate/severe/profound) in terms of developmental age, IQ level, and adaptive skills. Identify possible etiologies of intellectual disabilities.

Clerkship Objectives
Child and Adolescent Psych (pediatric manifestation of common disorders, pediatric tx issues and their controversies): Neurodevelopmental disorders: intellectual disabilities, autism spectrum disorder, genetic syndromes ( e.g. Down, Fragile X, Fetal Alcohol), learning and communication disorders, AD/HD and treatments. Disruptive behaviour disorders (ODD, CD) Mood and anxiety disorders (incl. separation and school anxiety, and DMDD), use of SSRI in pediatric population Eating disorders. Key points in assessment of child and family functioning.

Clinical Exposure: Psychiatric Emergency Service

Clerkship, Psychiatry Rotation

Each Hamilton campus clerk will be assigned 2 Psychiatry Emergency Services (PES) shifts.

Clerkship Objectives
Assess and manage other psychiatric emergencies/crises and acute presentations: toxidromes and withdrawal; overdoses: (e.g. TCA, acetaminophen); severe drug reactions: NMS, sertonin syndrome, dystonia; medical conditions with possible psychiatric presentation (e.g. catatonia, delirium)

Clerkship Teaching Session: Mental Health Law & Consent and Capacity

Clerkship, Psychiatry Rotation

To discuss the roles of the Health Care and Consent Act; Substitute Decisions Makers Act; Mental Health Act.To review Consent and Capacity. How to evaluate Capacity. Beyond the Form 1.

Clerkship Objectives
Knowledge of legal issues, the Mental Health Act and when to invoke it: risk to self and others, obligatory reporting; Use of Legal Certification Forms under the Mental Health Act; duty to warn, exceptions to requirement for consent; role of Community Treatment Orders (CTO); capacity and informed consent, right to refuse treatment, exceptions to requirement for consent.
Assess self-care.
Assess capacity.

Clerkship Teaching Session: Geriatric Psychiatry

Clerkship, Psychiatry Rotation

List some pharmacokinetic changes associated with aging. Identify cognitive changes associated with aging. Describe some common bed side cognitive assessment tools.

Clerkship Objectives
Geriatric and Cognitive Disorders: geriatric age-related mood, psychosis, anxiety disorders; Delirium and Dementia
Assessment of cognitive deficits (and use of screening instruments e.g. MMSE, MOCA, etc.).
Recommend medication management, monitoring and counselling, including: Classes of psychiatric medications and their indications. Medication counselling: indications, choice, side effects, etc. Pre-medication work-up. Medication monitoring and work-up. Side effects (blood tests and physical e.g. AIMS). Metabolic syndromes and monitoring. Special populations (pediatric, geriatric, pregnancy). Acute syndromes/reactions (NMS, dystonia, serotonin syndrome, toxicity).
Essential Clinical Experience
Risk assessment (of suicide/aggression)

Clerkship Teaching Session: Acute Psychiatry

Clerkship, Psychiatry Rotation

Serotonin Syndrome. Neuroleptic malignant syndrome. Lithium toxicity.

Clerkship Objectives
Assess and manage violence/agitation/homicidality
Assess and manage other psychiatric emergencies/crises and acute presentations: toxidromes and withdrawal; overdoses: (e.g. TCA, acetaminophen); severe drug reactions: NMS, sertonin syndrome, dystonia; medical conditions with possible psychiatric presentation (e.g. catatonia, delirium)
Assess and manage acute psychosis.
Recommend medication management, monitoring and counselling, including: Classes of psychiatric medications and their indications. Medication counselling: indications, choice, side effects, etc. Pre-medication work-up. Medication monitoring and work-up. Side effects (blood tests and physical e.g. AIMS). Metabolic syndromes and monitoring. Special populations (pediatric, geriatric, pregnancy). Acute syndromes/reactions (NMS, dystonia, serotonin syndrome, toxicity).

Clerkship Teaching Session: Mood Stabilizers

Clerkship, Psychiatry Rotation

Review mood stabilizers.

Clerkship Objectives
Mood Disorders (including in post-partum, seasonal, GMC)
Recommend medication management, monitoring and counselling, including: Classes of psychiatric medications and their indications. Medication counselling: indications, choice, side effects, etc. Pre-medication work-up. Medication monitoring and work-up. Side effects (blood tests and physical e.g. AIMS). Metabolic syndromes and monitoring. Special populations (pediatric, geriatric, pregnancy). Acute syndromes/reactions (NMS, dystonia, serotonin syndrome, toxicity).

Tutorial: Trauma and Addictions

Clerkship, Psychiatry Rotation

The theme for this part of the tutorial is “Trauma and its impact in Psychiatry”. You are responsible for developing a “case presentation” for interactive learning and discussion. The case(s) can be completely made up, or based on a patient you have seen. You have one hour for your case presentation, discussion, and MCQ response/review. In preparation for this, please be familiar with and draw out the concept of Trauma- informed Care, the role of trauma in addictions (in particular) and other psychiatric presentations, and the role of psychotherapy and medication in management of trauma. The theme for this part of the tutorial is “Addictions”. The focus should be on addiction in physicians. You are responsible for developing a “case presentation” for interactive learning and discussion.

Clerkship Objectives
Anxiety Disorders
Assess a sexual and trauma history.
Amnestic and Dissociative disorders

e-Learning Module: Breast cancer surgery

Clerkship, Surgery Rotation

In this module, you will learn about the presentation, diagnosis, and management of breast cancer.

Clerkship Objectives
Develop a differential diagnosis for a 20-year-old patient with breast mass and a 45- year-old patient with breast mass. Consider benign vs. malignant, abscess.
Describe the diagnostic work-up and sequence: Discuss importance of the patient's history: estimated duration of illness, nipple discharge, breast cancer risk factor assessment. Discuss physical findings to look for.
Discuss the diagnosis and management of the patient with an abnormal mammogram (consider microcalcifications).
Discuss the rationale for management with specific emphasis on: Staging of breast CA; The role of incision and drainage and antibiotics in breast abscess treatment; Current recommendations for screening mammography.
Discuss the importance of such breast imaging studies as ultrasound and mammography.
Clerkship Objectives
Describe the differential diagnosis of a patient having postoperative fever. For each entity, discuss the clinical manifestations, appropriate diagnostic work-up, and management: Within 24 hours: response to surgical trauma; atelectasis; necrotizing wound infections. Between 24 and 72 hours: pulmonary disorders (atelectasis, pneumonia); catheter related complications (IV-phlebitis, Foley-UTI). After 72 hours: infectious (UTI, pneumonia, wound infection, deep abscess, anastomotic leak, prosthetic infection, parotitis); noninfectious (deep vein thrombosis).

e-Learning Module: Colon cancer

Clerkship, Surgery Rotation

At the end of this module, you will be able to determine the epidemiology of colorectal cancer in the United States, understand the pathophysiology of colorectal cancer, determine a framework for the treatment and management of colon cancer and recognize ways to detect colon cancer polyps at an early stage.

e-Learning Module: Skin cancer

Clerkship, Surgery Rotation

This module reviews the presentation, diagnosis, and management of skin cancer, specifically melanoma.

Clerkship Objectives
Describe the commonly used local anesthetics.
Discuss the advantages and disadvantages of epinephrine in the local anesthetic.
Discuss special precautions needed on the digits.
Discuss safe dosage ranges of the common anesthetics and the potential toxicities of these drugs.
Describe the common benign skin lesions and their treatment (papillomas, skin tags, subcutaneous cysts, lipomas).
Describe the characteristics, typical location, etiology and incidence of basal cell and squamous skin cancers.
Discuss the relationship (of benign and malignant skin lesions) to solar irradiation, ethnicity, previous tissue injury, and immunosuppression.
Discuss the characteristics of malignant skin lesions which distinguish them from benign lesions.
Describe the characteristics, typical locations, etiology and incidence of malignant melanoma.
Discuss the relationship of melanoma to benign nevi and characteristics which help differentiate them.
Discuss risk factors for melanoma.
What are the lesions which have high potential for malignant transformation?
Discuss the various types of melanoma and prognosis for each type.
Discuss the relationship of size and thickness to prognosis. (melanoma)
Discuss the usual treatment for cutaneous melanoma including margins, depth and lymph node management including sentinel node mapping.

e-Learning Module: Pediatric surgery: pyloric stenosis

Clerkship, Surgery Rotation

This module introduces one of the most common pathologic causes of emesis in infants: hypertrophic pyloric stenosis.

Clinical Exposure: Flank pain

Clerkship, Surgery Rotation

Clerkship Objectives
Develop a differential diagnosis for various patients presenting with acute abdominal pain. Differentiate based on: Location (RUQ, epigastric, LUQ, RLQ, LLQ, Flank) and Symptom complex (examples: periumbilical pain localizing to RLQ, acute onset left flank pain with radiation to the testicle etc).
Clerkship Objectives
List the normal range of Na+, K+, HCO3-, Cl- in serum and indicate how these ranges change in perspiration, gastric juice, bile and ileostomy contents.
List least six symptoms or physical findings of dehydration.
List and describe the objective ways of measuring fluid balance.
List the electrolyte composition of the following solutions: normal (0.9%) saline; half normal saline; one third normal saline; 5 percent dextrose in water; Ringer's lactate.
In the following situations, indicate whether serum Na, K, HCO3, Cl and blood pH will remain stable (0), rise considerably (++), rise moderately (+), fall moderately (-), or fall considerably (--): excessive gastric losses; high volume pancreatic fistula; small intestine fistula; biliary fistula; diarrhea
In the following situations, indicate whether serum and urine Na, K, HCO3, Cl and osmolality will remain stable (0), rise considerably (++), rise moderately (+), fall moderately (-), or fall considerably (--): acute tubular necrosis; dehydration; secretion (SIADH); diabetes insipidus; congestive heart failure
Describe the possible causes, appropriate laboratory studies needed, and treatment of the following conditions: hypernatremia; hyponatremia; hyperkalemia; hypokalemia; hypochloremia
Describe the concept of a “third space” and list those conditions that can cause fluid sequestration of this type.

e-Learning Module: Bowel obstruction

Clerkship, Surgery Rotation

At the end of this module you will be able to understand about the presentation, diagnosis and management of small bowel obstruction and how to distinguish this from ileus or large bowel obstruction, and list the common etiologies of bowel obstruction.

Clerkship Objectives
Describe the signs and symptoms of small bowel obstruction.
Small Bowel Obstruction Partial/Complete
Describe the common etiologies of mechanical small bowel obstruction.
Discuss the potential complications and management of small bowel obstruction.
Outline the initial management of a patient with mechanical small bowel obstruction, including laboratory tests and x-rays.
Contrast the presentation and management of partial vs. complete small bowel obstruction.
Differentiate the signs, symptoms and radiographic patterns of paralytic ileus and small bowel obstruction.

Essential Clinical Experience: Abdominal pain, acute (< 48 hrs)

Emergency Medicine Rotation, Surgery Rotation

e-Learning Module: Appendicitis

Clerkship, Surgery Rotation

This module reviews the presentation and findings associated with acute appendicitis, as well as other pathophysiologic entities in the right lower quadrant.

Clerkship Objectives
Explain the rationale for utilizing various diagnostic modalities in the evaluation of abdominal pain: Laboratory: CBC, amylase, electrolytes, BUN, creatinine, glucose, urinalysis, beta-HCG, liver profile.
Characterization of abdominal pain (location, severity, character, pattern).
Explain the rationale for utilizing various diagnostic modalities in the evaluation of abdominal pain: Diagnostic imaging: Flat and upright abdominal radiographs, upright chest X-ray, ultrasound, CT scan abdomen and pelvis, GI contrast radiography, angiography.
Appendicitis
Temporal sequence of abdominal pain (onset, frequency, duration, progression).
Explain the rationale for utilizing various diagnostic modalities in the evaluation of abdominal pain: Special diagnostic/Interventional techniques: upper endoscopy, procto-sigmoidoscopy, colonoscopy, laparoscopy.
Alleviating and exacerbating factors of abdominal pain (position, food, activity, medications).
Associated signs and symptoms of abdominal pain (nausea vomiting, fever, chills, anorexia, wt. loss, cough, dysphagia, dysuria/frequency, altered bowel function diarrhea, constipation, obstipation, hematochezia, melena, etc.).
Pertinent medical history: prior surgery or illness, associated conditions (pregnancy, menstrual cycle, diabetes, atrial fibrillation or cardiovascular disease, immunosuppression). Medications: anticoagulation, steroids etc. (for abdominal pain).

Clinical Exposure: Acute Abdominal pain

Clerkship, Surgery Rotation

Clerkship Objectives
Develop a differential diagnosis for various patients presenting with acute abdominal pain. Differentiate based on: Location (RUQ, epigastric, LUQ, RLQ, LLQ, Flank) and Symptom complex (examples: periumbilical pain localizing to RLQ, acute onset left flank pain with radiation to the testicle etc).

e-Learning Module: Thyroid nodule

Clerkship, Surgery Rotation

In this module, you will learn about the presentation, diagnosis, and management of thyroid nodules and specifically of thyroid cancer.

Clerkship Objectives
Discuss the evaluation and differential diagnosis of a patient with a thyroid nodule.
Discuss the common thyroid malignancies, their cell of origin and their management. Which has the best prognosis? The worst?
Which (common thyroid malignancies) are associated with MEN syndrome?
Discuss the relationship of radiation exposure to thyroid malignancy.
Which malignancies frequently metastasize to the neck?
Discuss the common non-neoplastic thyroid diseases that could present as a mass.
Discuss the symptoms associated with hyperthyroidism and discuss treatment options.
Discuss diagnosis and management of thyroiditis.

e-Learning Module: Trauma resuscitation

Clerkship, Surgery Rotation

This module reviews the basics of trauma resuscitation and the management of the severely injured patient.

Clerkship Objectives
Define shock.
Describe the priorities and sequence of a trauma patient evaluation (ABC's).
Differentiate the signs, symptoms, and hemodynamic features of shock: hemorrhagic; cardiogenic; septic; neurogenic; anaphylactic.
Describe the four classes of hemorrhagic shock and how to recognize them.
Discuss priorities and specific goals of resuscitation for each form of shock: define goals of resuscitation; defend choice of fluids; discuss indications for transfusion; discuss management of acute coagulopathy; discuss indications for invasive monitoring; discuss use of inotropes; afterload reduction in management
Describe the appropriate fluid resuscitation of a trauma victim.
Discuss choice of IV access (of a trauma patient).
Discuss the choice of fluid and use of blood components (for a trauma patient).
Discuss the differences between adult and pediatric resuscitation.
Discuss the types, etiology and prevention of coagulopathies typically found in patients with massive hemorrhage.
Describe the appropriate triage of a patient in a trauma system.
Describe the diagnostic evaluation, differences between blunt and penetrating mechanisms of injury and the initial management of: Spine injury; Thoracic injury; Abdominal injury; Urinary injury.
Clerkship Objectives
Perform focused history as part of the general medical history, including: chief complaint, present illness, surgical history, family history, and social history
Interact with patient in order to gain his & her confidence and cooperation, to assure comfort and modesty, and to develop an understanding of age, race, culture & SES on the patient's health.
Communicate results of the history in well organized written and oral reports

e-Learning Module: Diverticulitis

Clerkship, Surgery Rotation

At the end of this module, you will be able to understand clinical presentation of diverticular disease and complications, describe imaging findings suspicious for diverticular disease, explain endoscopic findings for diverticular disease and determine management options for diverticular disease.

Clerkship Objectives
Diverticulitis

e-Learning Module: Cholecystitis

Clerkship, Surgery Rotation

In this module you will be introduced to the pathophysiology of acute cholecystitis and other diseases related to cholelithiasis and understand the role of anatomy in determining the disease process.

Clerkship Objectives
Explain the rationale for utilizing various diagnostic modalities in the evaluation of abdominal pain: Laboratory: CBC, amylase, electrolytes, BUN, creatinine, glucose, urinalysis, beta-HCG, liver profile.
Gallstones.
Characterization of abdominal pain (location, severity, character, pattern).
Explain the rationale for utilizing various diagnostic modalities in the evaluation of abdominal pain: Diagnostic imaging: Flat and upright abdominal radiographs, upright chest X-ray, ultrasound, CT scan abdomen and pelvis, GI contrast radiography, angiography.
Cholecystitis
Temporal sequence of abdominal pain (onset, frequency, duration, progression).
Explain the rationale for utilizing various diagnostic modalities in the evaluation of abdominal pain: Special diagnostic/Interventional techniques: upper endoscopy, procto-sigmoidoscopy, colonoscopy, laparoscopy.
Biliary Colic
Alleviating and exacerbating factors of abdominal pain (position, food, activity, medications).
Choledocolithiasis
Associated signs and symptoms of abdominal pain (nausea vomiting, fever, chills, anorexia, wt. loss, cough, dysphagia, dysuria/frequency, altered bowel function diarrhea, constipation, obstipation, hematochezia, melena, etc.).
Pertinent medical history: prior surgery or illness, associated conditions (pregnancy, menstrual cycle, diabetes, atrial fibrillation or cardiovascular disease, immunosuppression). Medications: anticoagulation, steroids etc. (for abdominal pain).
Colangitis

e-Learning Module: Adrenal adenoma

Clerkship, Surgery Rotation

This module reviews how to work up an adrenal adenoma and gain comprehension of the complex physiology of the adrenal gland.

Clerkship Teaching Session: Examination

Clerkship, Surgery Rotation

e-Learning Module: Abdominal aortic aneurysms

Clerkship, Surgery Rotation

In this module you will learn the etiology and pathophysiology of aortic aneurysms and their treatment.

Clerkship Objectives
Characterization of abdominal pain (location, severity, character, pattern).
Temporal sequence of abdominal pain (onset, frequency, duration, progression).
Alleviating and exacerbating factors of abdominal pain (position, food, activity, medications).
Associated signs and symptoms of abdominal pain (nausea vomiting, fever, chills, anorexia, wt. loss, cough, dysphagia, dysuria/frequency, altered bowel function diarrhea, constipation, obstipation, hematochezia, melena, etc.).
Pertinent medical history: prior surgery or illness, associated conditions (pregnancy, menstrual cycle, diabetes, atrial fibrillation or cardiovascular disease, immunosuppression). Medications: anticoagulation, steroids etc. (for abdominal pain).

e-Learning Module: Inguinal Hernia

Clerkship, Surgery Rotation

The purpose of this module is to become familiar with the anatomy of the groin, understand the anatomical difference between an indirect and direct hernia and describe the anatomical difference between an inguinal and femoral hernia.

Clerkship Objectives
Discuss the differential diagnosis of inguinal pain, mass or bulge. consider hernia, adenopathy, muscular strain.
Describe the anatomic differences between indirect and direct hernias.
Discuss the relative frequency of indirect, direct and femoral hernias by age and gender.
Discuss the clinical conditions that may predispose to development of inguinal hernia.
Describe the potential sites for abdominal wall hernias. Consider incisional, umbilical, inguinal, femoral, Spigelian, and epigastric. Differentiate diastasis recti from abdominal hernia.

e-Learning Module: Cartoid stenosis

Clerkship, Surgery Rotation

This module reviews cerebral vascular occlusive disease and its relation to symptoms.

e-Learning Module: Informed Consent

Clerkship, Surgery Rotation

Online module by the Canadian Medical Protective Association: URL: http://www.cmpa-acpm.ca/cmpapd04/docs/ela/flash/informed_consent_profiling-e.cfm?id=gpg

Clerkship Objectives
Deepen their understanding of Informed Consent and Disclosure of Adverse Events.

e-Learning Module: Pediatric Hernia

Clerkship, Surgery Rotation

At the end of this module you will be able to understand the workup of a patient with a groin mass and describe the embryological descent of the testis, closure of PPV, and formation of inguinal canal.

Clerkship Objectives
Hernias/Hydroceles
Clerkship Objectives
Discuss the diagnosis and management of the patient with an abnormal mammogram (consider microcalcifications).

Clinical Exposure: Bowel Obstruction

Clerkship, Surgery Rotation

Clerkship Objectives
Small Bowel Obstruction Partial/Complete
Large Bowel Obstruction

Clinical Exposure: Examination

Clerkship, Surgery Rotation

Clerkship Objectives
Chest & breast examination
Abdominal examination
Communicate the relevant results of the examination in well organized written & oral reports
Demonstrate the components of a complete abdominal examination including rectal, genital and pelvic examinations.
Inguinal & scrotal examination
Share results of the physical examination.
Rectal examination
Essential Clinical Experience
Bowel obstruction
Clerkship Objectives
Describe the common benign skin lesions and their treatment (papillomas, skin tags, subcutaneous cysts, lipomas).
Describe the characteristics, typical location, etiology and incidence of basal cell and squamous skin cancers.
Essential Clinical Experience
Breast mass/inflammation/discharge

e-Learning Module: Burn management

Clerkship, Surgery Rotation

In this module you will learn the etiology and pathophysiology of thermal injury and the initial evaluation, diagnosis, and management of burn injury and complications of burn injury.

Clerkship Objectives
Describe the early management of a major burn.
Discuss estimation of total body surface burn and burn depth.
Discuss options for topical antimicrobial therapy.
Discuss inhalation injury, CO poisoning and triage of patients to burn centers.
Discuss the basic principles of wound coverage, skin grafting, and timing.
Discuss the assessment and need for escharotomy.

e-Learning Module: Bariatric surgery and obesity

Clerkship, Surgery Rotation

In this module, you will learn about morbid obesity including the surgical options for weight loss and the control of weight related co-morbidities.

e-Learning Module: Lung cancer

Clerkship, Surgery Rotation

In this module, you will learn about presentation, diagnosis, and staging of lung cancer along with patient evaluation to assess suitability for pulmonary resection.

Clerkship Objectives
Create an algorithm for the evaluation of a patient with a lung nodule on chest x-ray.
Discuss the common risk factors and clinical symptoms of lung cancer.
List the most common sources of malignant metastases to the lungs.
Compare and contrast the management and prognosis of metastatic vs. primary lung malignancies.
Describe the most common diagnostic procedures used to evaluate pulmonary and mediastinal lesions.
List the common tumors of the anterior, posterior and superior mediastinum.

e-Learning Module: Anorectal disease

Clerkship, Surgery Rotation

This module reviews the presentation, diagnosis and management of anorectal disease, and specifically of perianal abcesses.

Clerkship Objectives
Develop a differential diagnosis for a patient with perianal pain. (Be sure to include benign, malignant and inflammatory causes.)
Discuss the characteristic history findings for each of the above (perianal pain) including: character and duration of complaint, presence or absence of associated bleeding, relationship of complaint to defecation.
Describe physical exam findings for each diagnosis of perianal pain. Indicate in which part of exam (external, digital, anoscopic or proctoscopic) these findings are identified.
Discuss treatment plan for each diagnosis listed in objective one (for perianal pain), including non-operative interventions and role and timing of surgical interventions.

Round Table Discussion: Surgical Trauma

Clerkship, Surgery Rotation

Clerkship Objectives
Define shock.
Describe the priorities and sequence of a trauma patient evaluation (ABC's).
Differentiate the signs, symptoms, and hemodynamic features of shock: hemorrhagic; cardiogenic; septic; neurogenic; anaphylactic.
Describe the four classes of hemorrhagic shock and how to recognize them.
Discuss priorities and specific goals of resuscitation for each form of shock: define goals of resuscitation; defend choice of fluids; discuss indications for transfusion; discuss management of acute coagulopathy; discuss indications for invasive monitoring; discuss use of inotropes; afterload reduction in management
Describe the appropriate fluid resuscitation of a trauma victim.
Discuss choice of IV access (of a trauma patient).
Discuss the choice of fluid and use of blood components (for a trauma patient).
Discuss the differences between adult and pediatric resuscitation.
Discuss the types, etiology and prevention of coagulopathies typically found in patients with massive hemorrhage.
Describe the appropriate triage of a patient in a trauma system.
Describe the diagnostic evaluation, differences between blunt and penetrating mechanisms of injury and the initial management of: Spine injury; Thoracic injury; Abdominal injury; Urinary injury.
Discuss fluid resuscitation, choice of fluid and monitoring for adequacy of resuscitation (rule of 9's, differences in pediatric and adult management).

Round Table Discussion: Acute Abdomen

Clerkship, Surgery Rotation

Clerkship Objectives
Inflammatory Bowel Disease (Crohn’s Disease/Ulcerative Colitis)
Relate the significance of the various component examinations: observation, auscultation, percussion, palpation as they apply to common abdominal pathologic processes. Examples: distention, visible peristalsis, high pitched or absent bowel sounds, tympany, mass, localized vs. generalized guarding and/or rebound tenderness.
Explain the rationale for utilizing various diagnostic modalities in the evaluation of abdominal pain: Laboratory: CBC, amylase, electrolytes, BUN, creatinine, glucose, urinalysis, beta-HCG, liver profile.
Characterization of abdominal pain (location, severity, character, pattern).
Appendicitis
Demonstrate and relate the significance of various maneuvers utilized in evaluating acute abdominal pain. Examples: iliopsoas sign, Rovsing's sign, obturator sign, Murphy's sign, cough tenderness, heel tap, cervical motion tenderness.
Explain the rationale for utilizing various diagnostic modalities in the evaluation of abdominal pain: Diagnostic imaging: Flat and upright abdominal radiographs, upright chest X-ray, ultrasound, CT scan abdomen and pelvis, GI contrast radiography, angiography.
Temporal sequence of abdominal pain (onset, frequency, duration, progression).
Diverticulitis
Explain the rationale for utilizing various diagnostic modalities in the evaluation of abdominal pain: Special diagnostic/Interventional techniques: upper endoscopy, procto-sigmoidoscopy, colonoscopy, laparoscopy.
Develop a differential diagnosis for various patients presenting with acute abdominal pain. Differentiate based on: Location (RUQ, epigastric, LUQ, RLQ, LLQ, Flank) and Symptom complex (examples: periumbilical pain localizing to RLQ, acute onset left flank pain with radiation to the testicle etc).
Alleviating and exacerbating factors of abdominal pain (position, food, activity, medications).
Enterocolitis
Pertinent medical history: prior surgery or illness, associated conditions (pregnancy, menstrual cycle, diabetes, atrial fibrillation or cardiovascular disease, immunosuppression). Medications: anticoagulation, steroids etc. (for abdominal pain).
Associated signs and symptoms of abdominal pain (nausea vomiting, fever, chills, anorexia, wt. loss, cough, dysphagia, dysuria/frequency, altered bowel function diarrhea, constipation, obstipation, hematochezia, melena, etc.).
Small Bowel Obstruction Partial/Complete
Large Bowel Obstruction
Carcinoma Bowel
Volvulus
Fecal Impaction
Discuss the pathophysiology and treatment of achalasia and diffuse esophageal spasm. (Mallory-Weiss tear; Achalesia; Variceal Bleeding; Zenker’s Diverticulum; Perforation)
Essential Clinical Experience
Participate in a discussion in which "bad news" is communicated to a patient or family.
Clerkship Objectives
Order appropriate imaging investigations
Interpret imaging investigations
Explain the rationale for utilizing various diagnostic modalities in the evaluation of abdominal pain: Diagnostic imaging: Flat and upright abdominal radiographs, upright chest X-ray, ultrasound, CT scan abdomen and pelvis, GI contrast radiography, angiography.
Clerkship Objectives
Order appropriate laboratory investigations
Explain the rationale for utilizing various diagnostic modalities in the evaluation of abdominal pain: Laboratory: CBC, amylase, electrolytes, BUN, creatinine, glucose, urinalysis, beta-HCG, liver profile.
Interpret laboratory investigations

Essential Clinical Experience: Wound cleansing / dressing

Emergency Medicine Rotation, Surgery Rotation

Essential Clinical Experience
Wound cleansing / dressing
Essential Clinical Experience
Vomitting, Diarrhea & Constipation

Clinical Exposure: Surgery Clerkship

Clerkship, Surgery Rotation

During this six week rotation students will be involved in a variety of clinical scenarios and learning opportunities designed to enhance their knowledge and skills. Students will interact with patients and their families in all aspects of surgical care (hospital wards, outpatient clinics, operating room, emergency department, intensive care unit, etc.).

Essential Clinical Experience
Nasogastric tube, Insert
Essential Clinical Experience
Venipuncture
Clerkship Objectives
Discuss an appropriate diagnostic evaluation for a patient with hemothorax.
Essential Clinical Experience
Urinary complaints

Small Group Session: Professional Competencies in Surgery

Clerkship, Surgery Rotation

Groups of 6-10 students with a surgeon facilitator will describe their Procomp moment to the group.

Clerkship Objectives
Identify, reflect on, and discuss with peers a “Procomp Moment” during your surgical clerkship that involved communication, consent, adverse event, professional behavior, personal health, or medical student role in the hierarchy.

Clinical Exposure: Patient History

Clerkship, Surgery Rotation

Clerkship Objectives
Perform focused history as part of the general medical history, including: chief complaint, present illness, surgical history, family history, and social history
Interact with patient in order to gain his & her confidence and cooperation, to assure comfort and modesty, and to develop an understanding of age, race, culture & SES on the patient's health.
Communicate results of the history in well organized written and oral reports
Essential Clinical Experience
Urinary catheter, Insert
Essential Clinical Experience
Suture removal
Essential Clinical Experience
Participate in a discussion in which aspects or limits of confidentiality are explored.

Large Group Session: Ear, Nose and Throat

Clerkship, Surgery Rotation

How to evaluate a patient with a sore throat, hearing loss or with nasal obstruction. Acute Tonsillitis. Epiglottitis. Rinne and Weber Tests. Tympanometry.

Clerkship Objectives
Discuss the differential diagnosis of ear pain (otalgia). Consider infection, trauma, neoplasm, inflammation, vascular contrast etiologies in children versus adults.
Discuss the diagnosis, treatment and complications of acute and chronic otitis media. Include indications for myringotomy tube placement.
Outline the evaluation of a patient presenting with hearing loss; differentiate between conductive and sensorineural hearing loss. Identify treatable causes.
Outline the evaluation of a patient presenting with tinnitus. Describe the potential etiologies and management.
Describe the risk factors, diagnosis and management of epistaxis. Describe the indications and techniques for nasal packing.
Discuss the causes and mechanisms of chronic rhinitis/rhinorrhea. Outline the evaluation and management of chronic rhinitis.
Describe the indications for tonsillectomy.
Outline the evaluation of a patient with a salivary gland mass. Describe the potential etiologies. Describe the common tumors of the salivary gland and their management.
Essential Clinical Experience
Participate in a discussion regarding decisional capacity.
Essential Clinical Experience
Participate in a discussion that involves issues pertaining to patient safety.

Essential Clinical Experience: Participate in a discussion, or prepare a written analysis, in regards to an ethical dilemma.

Clerkship, Emergency Medicine Rotation, Family Medicine Rotation, Obstetrics and Gynecology Rotation, Surgery Rotation

Essential Clinical Experience
Participate in a discussion, or prepare a written analysis, in regards to an ethical dilemma.
Clerkship Objectives
Demonstrate organised, complete, informative, legible, and accurate written/electronic information related to clinical encounters (such as: admission histories, progress notes, and discharge summaries).
Essential Clinical Experience
Participate in the development of a discharge plan for a hospitalized patient.
Clerkship Objectives
Consistently fulfill the clerkship expectations of professional behaviour.
Deepen their understanding of Informed Consent and Disclosure of Adverse Events.
Broaden their Procomp experience by observing a discussion obtaining consent for surgery with a patient, an explanation of an adverse event or ‘bad news’ to a patient, and/or positive examples by mentors dealing with challenges to ethics, communication or professionalism.
Clerkship Objectives
Gallstones.
Describe the differential diagnosis of a patient with jaundice.
How do you differentiate a pancreatic pseudocyst from a cystadenoma or true cyst?
Discuss the most frequently encountered benign hepatic tumors and their management.
Cholecystitis
Describe the causes of hepatomegaly.
Discuss, prehepatic, intrahepatic (both non-obstructive) and posthepatic (obstructive) etiologies (for jaundice).
Which patients with a pancreatic cyst need surgery and when?
Characterization of abdominal pain (location, severity, character, pattern).
Know the major complications of pancreatic necrosis and pseudocyst formation?
Biliary Colic
Temporal sequence of abdominal pain (onset, frequency, duration, progression).
Discuss importance of the patient's history: estimated duration of illness, associated symptoms (pain and its characteristics), and risk factors.
Discuss the most frequently encountered malignant hepatic tumors and their management.
Alleviating and exacerbating factors of abdominal pain (position, food, activity, medications).
Discuss important physical exam findings: hepatomegaly; palpable mass; Courvoisier's sign; Murphy's sign; scleral icterus; abdominal tenderness; lymphadenopathy; Charcot's triad; Reynold's pentad.
Describe the causes of splenomegaly.
Choledocolithiasis
Explain the rationale for using these diagnostic tests in the evaluation of a patient with jaundice: Liver function tests, including hepatitis profile, peripheral blood smear, Coombs tests, etc. Hepatobiliary imaging procedures (ultrasound, CT scan, ERCP, PTHC, HIDA).
Colangitis
Pertinent medical history: prior surgery or illness, associated conditions (pregnancy, menstrual cycle, diabetes, atrial fibrillation or cardiovascular disease, immunosuppression). Medications: anticoagulation, steroids etc. (for abdominal pain).
Associated signs and symptoms of abdominal pain (nausea vomiting, fever, chills, anorexia, wt. loss, cough, dysphagia, dysuria/frequency, altered bowel function diarrhea, constipation, obstipation, hematochezia, melena, etc.).
Discuss the most common signs and symptoms associated with hypersplenism.
Discuss the short and long term complications associated with surgical removal of the spleen.
Pancreatitis
Describe the differential diagnosis of a pancreatic mass.
Pancreatic Pseudocyst
Discuss the management of cystic lesions of the pancreas.
Carcinoma of the Pancreas
Hepatomegaly/Splenomegaly

Round Table Discussion: Breast Masses

Clerkship, Surgery Rotation

Clerkship Objectives
Develop a differential diagnosis for a 20-year-old patient with breast mass and a 45- year-old patient with breast mass. Consider benign vs. malignant, abscess.
Describe the diagnostic work-up and sequence: Discuss importance of the patient's history: estimated duration of illness, nipple discharge, breast cancer risk factor assessment. Discuss physical findings to look for.
Discuss the diagnosis and management of the patient with an abnormal mammogram (consider microcalcifications).
Discuss the rationale for management with specific emphasis on: Staging of breast CA; The role of incision and drainage and antibiotics in breast abscess treatment; Current recommendations for screening mammography.
Discuss the importance of such breast imaging studies as ultrasound and mammography.

Round Table Discussion: Colon Cancer

Clerkship, Surgery Rotation

Clerkship Objectives
Indications for and methods of screening for colorectal carcinoma.
Explain the rationale for utilizing various diagnostic modalities in the evaluation of abdominal pain: Special diagnostic/Interventional techniques: upper endoscopy, procto-sigmoidoscopy, colonoscopy, laparoscopy.
Outline the diagnosis and management of colonic volvulus, diverticular stricture, fecal impaction and obstructing colon cancer.

Round Table Discussion: Diverticulitis and IBD (Inflammatory Bowel Diseases)

Clerkship, Surgery Rotation

Review of anatomy. Review of physiology. Diverticular disease. Large Bowel Obstruction (Cancer, Volvulus). Colitis (Infectious and Ischemic).

Clerkship Objectives
Indications for and methods of screening for colorectal carcinoma.
Discuss the potential etiologies of constipation in adults and children. Consider chronic vs. acute.
Develop a differential diagnosis for a patient with perianal pain. (Be sure to include benign, malignant and inflammatory causes.)
Discuss the differential diagnosis of diarrhea in adults. Consider chronicity, absence or presence of blood and associated pain. Consider infectious causes.
Inflammatory Bowel Disease (Crohn’s Disease/Ulcerative Colitis)
Characterization of abdominal pain (location, severity, character, pattern).
Use of surveillance endoscopy in ulcerative colitis.
Describe the clinical presentation and etiologies of large bowel obstruction.
Describe the presentation and potential complications of ulcerative colitis and Crohn’s disease.
Appendicitis
Describe the causes of hepatomegaly.
Discuss the characteristic history findings for each of the above (perianal pain) including: character and duration of complaint, presence or absence of associated bleeding, relationship of complaint to defecation.
Contrast the pathology, anatomic location and pattern, cancer risk and diagnostic evaluation of ulcerative colitis and Crohn’s disease.
Temporal sequence of abdominal pain (onset, frequency, duration, progression).
List the diagnostic methods utilized in the evaluation of potential large bowel obstruction, including contraindications and cost effectiveness.
Diverticulitis
Describe physical exam findings for each diagnosis of perianal pain. Indicate in which part of exam (external, digital, anoscopic or proctoscopic) these findings are identified.
Discuss treatment plan for each diagnosis listed in objective one (for perianal pain), including non-operative interventions and role and timing of surgical interventions.
Discuss the clinical manifestations, risk factors, diagnosis and management of pseudomembranous colitis.
Alleviating and exacerbating factors of abdominal pain (position, food, activity, medications).
Enterocolitis
Outline the diagnosis and management of colonic volvulus, diverticular stricture, fecal impaction and obstructing colon cancer.
Pertinent medical history: prior surgery or illness, associated conditions (pregnancy, menstrual cycle, diabetes, atrial fibrillation or cardiovascular disease, immunosuppression). Medications: anticoagulation, steroids etc. (for abdominal pain).
Outline the risk factors, presentation, diagnosis and management of ischemic colitis.
Associated signs and symptoms of abdominal pain (nausea vomiting, fever, chills, anorexia, wt. loss, cough, dysphagia, dysuria/frequency, altered bowel function diarrhea, constipation, obstipation, hematochezia, melena, etc.).
Carcinoma Bowel
Fecal Impaction
Clerkship Objectives
Discuss the differential diagnosis of ear pain (otalgia). Consider infection, trauma, neoplasm, inflammation, vascular contrast etiologies in children versus adults.
Discuss the diagnosis, treatment and complications of acute and chronic otitis media. Include indications for myringotomy tube placement.
Outline the evaluation of a patient presenting with hearing loss; differentiate between conductive and sensorineural hearing loss. Identify treatable causes.
Outline the evaluation of a patient presenting with tinnitus. Describe the potential etiologies and management.
Describe the risk factors, diagnosis and management of epistaxis. Describe the indications and techniques for nasal packing.
Discuss the causes and mechanisms of chronic rhinitis/rhinorrhea. Outline the evaluation and management of chronic rhinitis.
Describe the indications for tonsillectomy.
Outline the evaluation of a patient with a salivary gland mass. Describe the potential etiologies. Describe the common tumors of the salivary gland and their management.

Round Table Discussion: GI Bleed

Clerkship, Surgery Rotation

Clerkship Objectives
Outline the initial management of a patient with an acute GI hemorrhage. Discuss indications for transfusion, fluid replacement, and choice of fluids.
Peptic Ulcer disease
Differentiate upper vs. lower GI hemorrhage. Discuss history and physical exam abnormalities. Discuss diagnostic studies.
Perforation
Gastritis
Discuss the differences in evaluation and management of the patient presenting with: hematemesis, melena, hematochezia, guaiac positive stool.
Discuss the appropriate diagnostic work-up of a patient with suspect reflux. What is the role of: barium swallow; endoscopy; manometry; 24 hour pH testing.
Discuss management for: peptic ulcer, variceal hemorrhage, Mallory-Weiss tear gastric ulcer (benign vs. malignant), Meckel's diverticulum , intussusceptions, diverticulosis , ulcerative colitis, colon cancer, rectal cancer, hemorrhoids, AV malformation.
Gastric outlet Obstruction
Discuss the evaluation of dysphagia.
Carcinoma
Upper and Lower GI hemorrage
Outline the initial management of a patient with an acute GI hemorrhage.
Discuss Barrett’s esophagus and its implications. What are the risks of malignancy? Who needs surgical management?
Discuss indications for transfusion, fluid replacement, and choice of fluids.
Discuss the pathophysiology and treatment of achalasia and diffuse esophageal spasm. (Mallory-Weiss tear; Achalesia; Variceal Bleeding; Zenker’s Diverticulum; Perforation)
Differentiate upper vs. lower GI hemorrhage.
Discuss history and physical exam abnormalities (stomach).
Discuss diagnostic studies (stomach).
Discuss the differences in evaluation and management of the patient presenting with: hematemesis, melena, hematochezia, guaiac positive stool.

Round Table Discussion: Hernia / Bowel Obstruction

Clerkship, Surgery Rotation

Definitions. Approach to bowel obstructions (Plain films / Investigations). Small bowel obstructions. Large bowel obstructions. Management of bowel obstructions. Hernias.

Clerkship Objectives
Discuss the differential diagnosis of inguinal pain, mass or bulge. consider hernia, adenopathy, muscular strain.
Discuss in general, the differential diagnosis for a patient with emesis. Consider timing and character of the emesis and associated abdominal pain. Contrast etiologies in infants, children and adults.
Describe the anatomic differences between indirect and direct hernias.
Describe the clinical presentation and etiologies of gastric outlet obstruction.
Characterization of abdominal pain (location, severity, character, pattern).
Temporal sequence of abdominal pain (onset, frequency, duration, progression).
Discuss the relative frequency of indirect, direct and femoral hernias by age and gender.
Discuss the diagnosis and management of obstructive ulcer disease.
Alleviating and exacerbating factors of abdominal pain (position, food, activity, medications).
Describe the signs and symptoms of small bowel obstruction.
Discuss the clinical conditions that may predispose to development of inguinal hernia.
Small Bowel Obstruction Partial/Complete
Describe the common etiologies of mechanical small bowel obstruction.
Describe the potential sites for abdominal wall hernias. Consider incisional, umbilical, inguinal, femoral, Spigelian, and epigastric. Differentiate diastasis recti from abdominal hernia.
Pertinent medical history: prior surgery or illness, associated conditions (pregnancy, menstrual cycle, diabetes, atrial fibrillation or cardiovascular disease, immunosuppression). Medications: anticoagulation, steroids etc. (for abdominal pain).
Associated signs and symptoms of abdominal pain (nausea vomiting, fever, chills, anorexia, wt. loss, cough, dysphagia, dysuria/frequency, altered bowel function diarrhea, constipation, obstipation, hematochezia, melena, etc.).
Large Bowel Obstruction
Discuss the potential complications and management of small bowel obstruction.
Outline the initial management of a patient with mechanical small bowel obstruction, including laboratory tests and x-rays.
Contrast the presentation and management of partial vs. complete small bowel obstruction.
Volvulus
Discuss Barrett’s esophagus and its implications. What are the risks of malignancy? Who needs surgical management?
Fecal Impaction
Differentiate the signs, symptoms and radiographic patterns of paralytic ileus and small bowel obstruction.
Clerkship Objectives
Hernias/Hydroceles
Neck Masses
Bowel obstruction: Adhesions, hernias, intussusception, Meckel's diverticulum, Volvulus, Hirschprung's disease.
Volvulus

Essential Clinical Experience: IV start, Peripheral

Emergency Medicine Rotation, Surgery Rotation

Essential Clinical Experience
IV start, Peripheral
Clerkship Objectives
Describe the presentations, etiologies and management of pulmonary embolus.
Create an algorithm for the evaluation of a patient with a lung nodule on chest x-ray.
Discuss the predisposing factors which may lead to Pulmonary Embolus.
Discuss the common risk factors and clinical symptoms of lung cancer.
Discuss the main points in the evaluation for pulmonary embolus.
List the most common sources of malignant metastases to the lungs.
Discuss management options for pulmonary embolus: Who needs anticoagulation with heparin? Who needs lytic therapy? Who needs vena caval filter protection? Discuss the indication for open thoracotomy and pulmonary embolectomy to treat massive embolism.
Compare and contrast the management and prognosis of metastatic vs. primary lung malignancies.
Describe the most common diagnostic procedures used to evaluate pulmonary and mediastinal lesions.
List the common tumors of the anterior, posterior and superior mediastinum.

Clinical Exposure: Urinary complaints

Clerkship, Surgery Rotation

Clerkship Objectives
Outline the initial evaluation of patients presenting with urinary frequency, nocturia, urgency or urinary retention.

Large Group Session: Head and Neck

Clerkship, Surgery Rotation

Introduction to Head and Neck Surgery: basic clinical exam; relevant anatomy. Review common clinical scenarios in head and neck surgery. Neck Mass. Thyroid Nodules.

Clerkship Objectives
Discuss the embryologic origin of these lesions (neck mass) and the anatomic implications to consider when resecting them.
Describe the signs, symptoms & etiologies of inflammatory neck masses.
Discuss Ludwig's angina and why it may be life-threatening.
What is appropriate treatment for cervical adenitis?
Describe the most common neoplastic neck masses and their origin.
Discuss the role of fine-needle cytology, open biopsy, CT scan, MRI, thyroid scan, and nasopharyngeal endoscopy in the diagnostic work up of a neck mass.
Discuss the evaluation and differential diagnosis of a patient with a thyroid nodule.
Discuss the common thyroid malignancies, their cell of origin and their management. Which has the best prognosis? The worst?
Which (common thyroid malignancies) are associated with MEN syndrome?
Discuss the relationship of radiation exposure to thyroid malignancy.
Which malignancies frequently metastasize to the neck?
Discuss the common non-neoplastic thyroid diseases that could present as a mass.
Discuss the symptoms associated with hyperthyroidism and discuss treatment options.
Discuss diagnosis and management of thyroiditis.
Clerkship Objectives
Outline the initial management of a patient with an acute GI hemorrhage. Discuss indications for transfusion, fluid replacement, and choice of fluids.
Differentiate upper vs. lower GI hemorrhage. Discuss history and physical exam abnormalities. Discuss diagnostic studies.
Essential Clinical Experience
Communicate with a patient or family when there is a language or cultural barrier (not necessarily using an interpreter).

Large Group Session: Neurosurgery

Clerkship, Surgery Rotation

Epidural hematoma. Subdural hematoma. Cerebral Contusion. Basal Skull Fractures. Intracranial Hemorrhage. Diffuse Axonal Injury. Pathophysiology of supratentorial brain herniation. Grading of consciousness - Glasgow Coma Scale (GCS). Clinical classification of Traumatic Brain Injury (TBI). ICP = Intracranial Pressure. Munro-Kellie doctrine. Brain tumor. Intracerebral hemorrhage. Management of severe pediatric TBI.

Clerkship Objectives
Describe the physiology of intracerebral pressure (ICP) and cerebral perfusion pressure (CPP), including the effects of blood pressure, ventilatory status, and fluid balance on ICP and CPP.
Recognize the Cushing reflex and its clinical importance (brain herniation).
Describe the signs, etiology and treatment of intracranial hemorrhage (subarachnoid hemorrhage and intracerebral hemorrhage).
Describe the relative incidence and location of the most common brain tumors, their clinical manifestations, their diagnosis, and general treatment strategies.
Differentiate TIA, RIND, and CVA.
Describe the presentation and management of hydrocephalus. Compare and contrast adult and pediatric hydrocephalus.
Students will understand the importance of early diagnosis and treatment in subarachnoid hemorrhage and epidural hematomas.

Large Group Session: Ophthalmology

Clerkship, Surgery Rotation

Approach to the Red Eye. Common Retinal Problems. Urgent diagnosis of Eye problems: Diabetes mellitus; Temporal arteritis; Thyroid orbitopathy; Optic neuritis; Papilledema.

Clerkship Objectives
Red eye: Traumatic; Infectious; Inflammatory; Chronic
Common retinal problems
Cataracts
Pterygium
Chalazion
Essential Clinical Experience
Dyspnea/chest pain in postoperative patient

Large Group Session: Pediatric Surgery

Clerkship, Surgery Rotation

Pediatric IV Fluid requirements. Appendicitis. Intussusception. Hernia. Hydrocele. Pyloric stenosis. Umbilical hernia. Neonatal congenital anomalies. Bowel obstruction in newborn. Hirschsprung’s Disease. Congenital neck masses.

Clerkship Objectives
Hernias/Hydroceles
Neck Masses
Bowel obstruction: Adhesions, hernias, intussusception, Meckel's diverticulum, Volvulus, Hirschprung's disease.
Volvulus

Large Group Session: Plastic Surgery

Clerkship, Surgery Rotation

Stages and phases of wound healing. The acute wound healing cascade. Burns. Benign and malignant skin conditions.

Clerkship Objectives
Define "non-healing" wounds.
Describe the commonly used local anesthetics.
Discuss the advantages and disadvantages of epinephrine in the local anesthetic.
Discuss a differential diagnosis, evaluation, and treatment of a patient with: non-healing lower extremity wound; non-healing wound of the torso; body area other than the lower extremity.
Describe the pathophysiology involved for each of the diagnostic possibilities (for non-healing wounds). Consider: pressure; ischemia; infection; malignancy; foreign body.
Discuss special precautions needed on the digits.
Discuss safe dosage ranges of the common anesthetics and the potential toxicities of these drugs.
Discuss wound infection, seroma, hematoma, wound dehisance.
Describe the common benign skin lesions and their treatment (papillomas, skin tags, subcutaneous cysts, lipomas).
Describe the characteristics, typical location, etiology and incidence of basal cell and squamous skin cancers.
Discuss the relationship (of benign and malignant skin lesions) to solar irradiation, ethnicity, previous tissue injury, and immunosuppression.
Discuss the characteristics of malignant skin lesions which distinguish them from benign lesions.
Describe the characteristics, typical locations, etiology and incidence of malignant melanoma.
Discuss the relationship of melanoma to benign nevi and characteristics which help differentiate them.
Describe the early management of a major burn.
Discuss risk factors for melanoma.
Discuss estimation of total body surface burn and burn depth.
What are the lesions which have high potential for malignant transformation?
Describe the differential diagnosis, location, appearance and symptoms of leg ulcers due to: Arterial disease; Venous stasis disease; Neuropathy; Infection; Malignancy.
Discuss the various types of melanoma and prognosis for each type.
Discuss options for topical antimicrobial therapy.
Discuss inhalation injury, CO poisoning and triage of patients to burn centers.
Discuss the relationship of size and thickness to prognosis. (melanoma)
Discuss the usual treatment for cutaneous melanoma including margins, depth and lymph node management including sentinel node mapping.
Discuss the basic principles of wound coverage, skin grafting, and timing.
Discuss the assessment and need for escharotomy.

Large Group Session: Pre and Post operative care

Clerkship, Surgery Rotation

Review of basic fluid physiology and management. Pre-operative and postoperative assessment of the surgical patient.

Clerkship Objectives
Describe the differential diagnosis of a patient having postoperative fever. For each entity, discuss the clinical manifestations, appropriate diagnostic work-up, and management: Within 24 hours: response to surgical trauma; atelectasis; necrotizing wound infections. Between 24 and 72 hours: pulmonary disorders (atelectasis, pneumonia); catheter related complications (IV-phlebitis, Foley-UTI). After 72 hours: infectious (UTI, pneumonia, wound infection, deep abscess, anastomotic leak, prosthetic infection, parotitis); noninfectious (deep vein thrombosis).
List the normal range of Na+, K+, HCO3-, Cl- in serum and indicate how these ranges change in perspiration, gastric juice, bile and ileostomy contents.
List the physiological limits of normal blood gases.
List least six symptoms or physical findings of dehydration.
Discuss the following wound complications in terms of predisposing risk factors (patient condition, type of operation, technique), as well as their recognition, treatment, and prevention: hematoma and seroma; wound infection; dehiscence; incisional hernia.
List the factors that effect oxygen delivery and consumption.
Indicate the mechanisms, methods of compensation, differential diagnosis, and treatment of the following acid base disorders: acute metabolic acidosis; acute respiratory acidosis; acute metabolic alkalosis; acute respiratory alkalosis.
Discuss the various causes of respiratory distress and respiratory insufficiency that may occur in the postoperative patient. For each complication, describe the etiology, clinical presentation, management, and methods of prevention: atelectasis; pneumonia; aspiration; pulmonary edema; pulmonary embolism (including deep venous thrombosis); fat embolism.
List and describe the objective ways of measuring fluid balance.
List the electrolyte composition of the following solutions: normal (0.9%) saline; half normal saline; one third normal saline; 5 percent dextrose in water; Ringer's lactate.
Discuss the diagnostic work-up and treatment of oliguria in the postoperative period. Include pre-renal, renal, and post-renal causes (including urinary retention).
In the following situations, indicate whether serum Na, K, HCO3, Cl and blood pH will remain stable (0), rise considerably (++), rise moderately (+), fall moderately (-), or fall considerably (--): excessive gastric losses; high volume pancreatic fistula; small intestine fistula; biliary fistula; diarrhea
Discuss the possible causes of hypotension which may occur in the postoperative period. For each etiology describe its pathophysiology and treatment: hypovolemia; sepsis; cardiogenic shock - including postoperative myocardial infarction; fluid overload; arrhythmias; pericardial tamponade; medication effects
In the following situations, indicate whether serum and urine Na, K, HCO3, Cl and osmolality will remain stable (0), rise considerably (++), rise moderately (+), fall moderately (-), or fall considerably (--): acute tubular necrosis; dehydration; secretion (SIADH); diabetes insipidus; congestive heart failure
Describe the management of postoperative chest pain.
Describe the possible causes, appropriate laboratory studies needed, and treatment of the following conditions: hypernatremia; hyponatremia; hyperkalemia; hypokalemia; hypochloremia
Describe factors which can lead to abnormal bleeding postoperatively, and discuss its prevention and management: Surgical site - inherited and acquired factor deficiencies; DIC; transfusion reactions; operative technique; gastroduodenal (i.e. stress ulcerations)
Describe the concept of a “third space” and list those conditions that can cause fluid sequestration of this type.
Discuss disorders of alimentary tract function following laparotomy which may produce nausea, vomiting, and/or abdominal distension: paralytic ileus; acute gastric dilatation; intestinal obstruction; fecal impaction
Describe the factors which can give rise to alterations in cognitive function postoperatively, as well as their evaluation and treatment. Alterations in cognitive function: hypoxia; metabolic; alcohol withdrawal; hyponatremia
Discuss methods for DVT prophylaxis and identify high-risk patients.
Essential Clinical Experience
Fever in postoperative patient

Large Group Session: Professional Competencies in Surgery

Clerkship, Surgery Rotation

Deepen your understanding of Informed Consent and Disclosure of Adverse Events. Broaden your Procomp experience by observing a discussion obtaining consent for surgery with a patient, an explanation of an adverse event or ‘bad news’ to a patient, and/or positive examples by mentors dealing with challenges to ethics, communication or professionalism. Deepen their understanding of Informed Consent and Disclosure of Adverse Events. Identify, reflect on, and discuss with peers a “Procomp Moment” during your surgical clerkship that involved communication, consent, adverse event, professional behavior, personal health, or medical student role in the hierarchy.

Clerkship Objectives
Deepen their understanding of Informed Consent and Disclosure of Adverse Events.
Clerkship Objectives
Laboratory investigations of scrotal swelling and pain: normal urinalysis, normal or minimally elevated white blood cell count.
Essential Clinical Experience
Rectal Exam
Essential Clinical Experience
Fluid management in the surgical patient

Clinical Exposure: Venipuncture

Clerkship, Surgery Rotation

Large Group Session: Trauma

Clerkship, Surgery Rotation

Demonstrate concepts of primary and secondary patient assessment. Establish management priorities in trauma situations. Initiate primary and secondary management as necessary. Arrange appropriate disposition.

Clerkship Objectives
Describe the causes, diagnosis, and treatment of spontaneous pneumothorax.
Describe the priorities and sequence of a trauma patient evaluation (ABC's).
Define shock.
Discuss the risks of pneumothorax which could prove life-threatening.
Describe the four classes of hemorrhagic shock and how to recognize them.
Differentiate the signs, symptoms, and hemodynamic features of shock: hemorrhagic; cardiogenic; septic; neurogenic; anaphylactic.
Discuss priorities and specific goals of resuscitation for each form of shock: define goals of resuscitation; defend choice of fluids; discuss indications for transfusion; discuss management of acute coagulopathy; discuss indications for invasive monitoring; discuss use of inotropes; afterload reduction in management
Discuss the underlying pulmonary pathology you might expect to find. (pneumothorax)
Describe the appropriate fluid resuscitation of a trauma victim.
Discuss the role of: Observation; Tube thoracostomy; Chemical sclerosis; Surgical management of this condition (pneumothorax).
Discuss choice of IV access (of a trauma patient).
Describe the common etiologies for hemothorax.
Discuss the choice of fluid and use of blood components (for a trauma patient).
Discuss an appropriate diagnostic evaluation for a patient with hemothorax.
Discuss the differences between adult and pediatric resuscitation.
Discuss the appropriate management of blood in the pleural cavity.
Discuss the types, etiology and prevention of coagulopathies typically found in patients with massive hemorrhage.
Which patients (with hemothorax) need an operation?
Describe the appropriate triage of a patient in a trauma system.
What are the risks in leaving the blood diagnostic in the chest?
Describe the diagnostic evaluation, differences between blunt and penetrating mechanisms of injury and the initial management of: Spine injury; Thoracic injury; Abdominal injury; Urinary injury.
Discuss the most common non-traumatic causes of hemothorax.
Discuss fluid resuscitation, choice of fluid and monitoring for adequacy of resuscitation (rule of 9's, differences in pediatric and adult management).

Large Group Session: Urology

Clerkship, Surgery Rotation

Prostate cancer. Benign prostatic hyperplasia (BPH). Hematuria. Prostate specific antigen (PSA). Incontinence. Overactive bladder. Kidney stones. Erectile Dysfunction. Urethral injuries. Urothelial cancer. Andropause.

Clerkship Objectives
Describe the potential etiologies of hematuria.
Discuss the following: Testicular tumor; Testicular torsion; Epididymitis; Torsion of the appendix testis; Orchitis; Trauma; Hydrocele; Varicocele
Consider age and character of bleeding (hematuria): initial, terminal, total.
Discuss emergent vs. non emergent causes of (scrotal pain and swelling).
Consider microscopic vs. gross hematuria.
Inguinal & scrotal examination
Discuss presentation and physical findings of each (loss of cremasteric reflex, high or transverse lie, blue dot sign etc.)
Discuss the diagnostic modalities available for evaluation of hematuria.
Laboratory investigations of scrotal swelling and pain: normal urinalysis, normal or minimally elevated white blood cell count.
Discuss role of scrotal ultrasound / transillumination.
Consider CT, cystoscopy, IVP, ultrasound, cystourethrogram, and retrograde pyleography (hematuria).
Describe the staging and management of renal cell carcinoma, and transitional cell carcinoma.
Discuss renal and ureteral calculi.
Discuss the clinical presentation of renal and ureteral calculi.
Discuss the etiologies and diagnostic evaluation of a patient with UTI.
Outline the etiologies and work-up of a patient with pneumaturia.
Outline the initial evaluation of patients presenting with urinary frequency, nocturia, urgency or urinary retention.
Essential Clinical Experience
Gastrointestinal bleeding

Large Group Session: Vascular Surgery

Clerkship, Surgery Rotation

Aneurysms. Claudication. Thrombosis.

Clerkship Objectives
Describe atherosclerosis, its etiology, prevention and sites of predilection.
Describe the most frequently encountered retroperitoneal masses.
Discuss neurological vs. vascular etiologies of walking induced leg pain.
Discuss the appropriate imaging studies and work up for retroperitoneal masses.
Discuss musculoskeletal etiologies (of leg pain).
Describe the evaluation and management of abdominal aortic aneurysms.
Describe the pathophysiology of intermittent claudication.
Discuss appropriate imaging studies for aneurysms.
Discuss the diagnostic work-up of chronic arterial occlusive disease.
Discuss how to determine which patients need surgical repair of the aneurysm.
Discuss the risks of surgical treatment and the risks of the aneurysm left untreated.
Discuss risk factors associated with arterial occlusive disease.
Describe the etiologies and presentation of acute arterial occlusion.
Discuss embolic vs. thrombotic occlusion.
Discuss the signs and symptoms of acute arterial occlusion (the "P's").
Discuss the medical and surgical management (of acute arterial occlusion).
Discuss the complications associated with prolonged ischemia and revascularization.
Describe the differential diagnosis, location, appearance and symptoms of leg ulcers due to: Arterial disease; Venous stasis disease; Neuropathy; Infection; Malignancy.
Discuss how to differentiate lymphedema from venous stasis.
Describe the factors that lead to venous thrombosis and embolism.
Discuss the common invasive and noninvasive diagnostic tests for DVT.
Discuss methods for DVT prophylaxis and identify high-risk patients.

Clinical Exposure: Intravenous start

Clerkship, Surgery Rotation

Large Group Session: Pulmonary nodules & Pleural disease

Clerkship, Surgery Rotation

Assessment of a patient with pulmonary nodule. Lung Cancer Screening. Lung Cancer Staging. Operative Treatment of Lung Cancer. Take home messages for the multiple disciplines of medicine.

Clerkship Objectives
Create an algorithm for the evaluation of a patient with a lung nodule on chest x-ray.
Describe the causes of hepatomegaly.
Discuss the common risk factors and clinical symptoms of lung cancer.
Discuss the most frequently encountered malignant hepatic tumors and their management.
List the most common sources of malignant metastases to the lungs.
Compare and contrast the management and prognosis of metastatic vs. primary lung malignancies.
Describe the most common diagnostic procedures used to evaluate pulmonary and mediastinal lesions.
List the common tumors of the anterior, posterior and superior mediastinum.
Describe the differential diagnosis of a pancreatic mass.
Clerkship Objectives
Perform focused history as part of the general medical history, including: chief complaint, present illness, surgical history, family history, and social history
Interact with patient in order to gain his & her confidence and cooperation, to assure comfort and modesty, and to develop an understanding of age, race, culture & SES on the patient's health.
Communicate results of the history in well organized written and oral reports
Clerkship Objectives
Chest & breast examination
Abdominal examination
Inguinal & scrotal examination
Rectal examination
Clerkship Objectives
Discuss in general, the differential diagnosis for a patient with emesis. Consider timing and character of the emesis and associated abdominal pain. Contrast etiologies in infants, children and adults.
Discuss the differential diagnosis of diarrhea in adults. Consider chronicity, absence or presence of blood and associated pain. Consider infectious causes.
Outline the diagnosis and management of colonic volvulus, diverticular stricture, fecal impaction and obstructing colon cancer.
Essential Clinical Experience
Inguinal/scrotal complaints

Grand Rounds (Clerkship): Orthopedic Surgery

Clerkship, Orthopedic Surgery Rotation

Large Group Session: Orthopedic LGS 2

Clerkship, Orthopedic Surgery Rotation

Trauma orthopedics. Pediatric orthopedics and infections. Reconstructive orthopedics.

Large Group Session: Orthopedic LGS 1

Clerkship, Orthopedic Surgery Rotation

X-ray interpretation of fractures. Growth Plate Injuries. Basic Trauma and Fracture Management. Clinical examination. Upper extremity. Lower extremity. Spine. Emergency conditions

Essential Clinical Experience: Splint/Cast extremity

Emergency Medicine Rotation, Orthopedic Surgery Rotation

Essential Clinical Experience
Splint/Cast extremity

Essential Clinical Experience: Communicate information about diagnosis, prognosis or therapy using lay language.

Emergency Medicine Rotation, Pediatrics Rotation, Surgery Rotation, Orthopedic Surgery Rotation

Essential Clinical Experience
Communicate information about diagnosis, prognosis or therapy using lay language.
Essential Clinical Experience
Joint aspiration or injection

Essential Clinical Experience: Neck/Back Pain (Incl. Disease)

Clerkship, Emergency Medicine Rotation, Family Medicine Rotation, Orthopedic Surgery Rotation

Essential Clinical Experience
Neck/Back Pain (Incl. Disease)

Essential Clinical Experience: Collaborate with the interprofessional team around the care of a patient.

Anesthesia Rotation, Emergency Medicine Rotation, Pediatrics Rotation, Surgery Rotation, Orthopedic Surgery Rotation

Clerkship Objectives
Effectively collaborate/consult/participate with members of the inter- and intra-professional team to optimise the health of the patient/family.
Essential Clinical Experience
Collaborate with the interprofessional team around the care of a patient.

Essential Clinical Experience: Closure of wound (skin)

Emergency Medicine Rotation, Surgery Rotation, Orthopedic Surgery Rotation

Essential Clinical Experience
Closure of wound (skin)
Essential Clinical Experience
Closed reduction of fracture or dislocation
Essential Clinical Experience
Distal neurovascular examination of the lower extremity
Essential Clinical Experience
Distal neurovascular examination of the upper extremity
Essential Clinical Experience
Extremity Pain, Lower
Essential Clinical Experience
Extremity pain, Upper
Essential Clinical Experience
Fracture, lower extremity

Essential Clinical Experience: Arthritis

Orthopedic Surgery Rotation

Essential Clinical Experience
Arthritis
Essential Clinical Experience
Hematoma block

Essential Clinical Experience: Apply evidence-based information to inform decision making and share with patient or family.

Emergency Medicine Rotation, Pediatrics Rotation, Surgery Rotation, Orthopedic Surgery Rotation

Clerkship Objectives
Apply the principals of critical appraisal of the literature to guide evidenced based patient care.
Essential Clinical Experience
Apply evidence-based information to inform decision making and share with patient or family.

Clinical Exposure: Orthopedic Surgery Clerkship

Clerkship, Orthopedic Surgery Rotation

Nearly twenty percent of all problems presenting in the Primary or Acute Care setting are based in musculoskeletal pathology. The objectives outlined for this two-week Clerkship must be considered as nominal and must not act as a limit to a student's personal learning in the diagnosis and management of musculoskeletal related diseases. To this end, one of the "attitudes" objectives of this Clerkship is to encourage in the student an enthusiasm for life long learning.

Clerkship Objectives
The student will build on their basic science, physiology, and clinical examination skills as it pertains to the structure and function the bones, joints, muscle, and connective tissues.
Communicate in an appropriate fashion to colleagues, other heath care professionals, patients, and family members.
Rehabilitation prescription (physiotherapy, massage therapy, etc.).
Rehabilitation prescription (physiotherapy, massage therapy, etc.)
The student will identify the major sensory and motor nerves in the extremity and apply this knowledge to examination of the extremities.
Understand new history and physical examination techniques to formulate a differential diagnosis.
For the following problems, the student will: Diagnose and recognize their importance. Analyze the situation and determine the urgency. Outline the management principles.
Bone and soft tissue tumours: Benign (osteochondromas); Malignant (osteosarcoma); Metastatic (breast cancer).
Describe the radiographic findings (of fractures).
The student will differentiate physiologic from pathological growth.
The student will recognize the importance of compound fractures and their management.
Understand the judicious use of laboratory, radiographic, and other investigations to rule in and rule out each diagnosis.
Identify non-accidental trauma and understand the urgency of immediate referral.
Outline potential complications of the (fracture) injury.
Brace, walking aid, and orthotic prescription.
Brace, walking aid, and orthotic prescription.
The student will learn the relevant surgical anatomy for a variety of musculoskeletal conditions.
For the following disorders the student will interpret the information provided and synthesize an appropriate basic management plan including:
Formulate an immediate and long-term management plan for the injury (fracture) including brace or cast; Indications for surgery and the general surgical principles; Rehabilitation prescription (physiotherapy, massage therapy, etc.).
Drug therapy (oral and topical analgesics, nonsteroidal anti-inflammatories, injections, narcotics, etc.) with an understanding of serious side-effects and addiction potential.
Demonstrate respect and appreciate the roles of other health care professionals.
The student will understand the principles and techniques of antisepsis in the operating room.
Drug therapy (oral and topical analgesics, nonsteroidal anti-inflammatories, injections, narcotics, etc.) with an understanding of serious side-effects and addiction potential.
Interpret the information provided and synthesize an appropriate basic management plan including:
Infection: Osteomyelitis; Joint sepsis.
Indications for surgery and general surgical principles.
Recognize the impact of the condition on the child and their parents regarding impairment of function, limitation of activities, and the potential of life with chronic pain requiring social and psychological support.
Recognize the impact of the condition on the individual regarding impairment of function, limitation of activities, and the possibility for chronic pain requiring social and psychological support.
Acute Trauma
Recognize the impact of the condition on the individual regarding impairment of function, limitation of activities, and the potential of life with chronic pain requiring social and psychological support.
Indications for surgery and general surgical principles.
Practice appropriate medical resource management.
The student will be able to explain the techniques of joint aspiration and joint injections.
Club Foot.
Hand and Wrist: Tendon injury (Jersey finger, mallet finger, boutonniere deformity); Ulnar Collateral Ligament injury (Game keeper or skier’s thumb); Carpal Tunnel Syndrome; Dupuytren’s disease.
Return to activity.
Return to activity.
Hand and wrist (5th metacarpal fracture (boxer’s), Scaphoid fractures, Distal radius fractures).
Compartment Syndrome, Cauda equina syndrome, Limb Ischemia
Forearm and elbow (Monteggia fracture)
Forearm and Elbow: Epicondylitis (tennis elbow - lateral, golfer’s elbow - medial); Olecranon bursitis; Biceps tendon injury.
Referral to other specialists when appropriate.
Flat feet (Tarsal coalition).
Referral to other specialists when appropriate.
Humerus (Supracondylar humerus fracture)
Patellofemoral disorders
Shoulder and Upper Arm: Rotator cuff tear; Joint instability; Superior labral tear
Foot and Ankle (Lisfranc fracture, 5th Metatarsal fracture (acute and stress), Ankle fracture).
Foot and Ankle: Ankle sprains; Achilles Tendon Injury; Bunions; Diabetic foot.
Always behave as a professional with honesty, integrity, commitment, compassion, efficiency, competency, and altruism.
Lower extremity malalignment (in-toeing).
Limping child (Developmental Dysplasia of the Hip (DDH), Perthes, Slipped Capital Femoral Epiphysis (SCFE))
Knee and Lower Leg: Meniscal tears; Osteochondritis dissecans/loose bodies; Cruciate and collateral ligament injuries (ACL, PCL, MCL, LCL).
Lower extremity (Tibia fracture, Femoral neck fracture).
Apophyseal conditions (Osgood Schlatter Disease)
Hip and Upper Leg: Labral tears; FAI; Osteoarthritis.
Axial and soft tissue joint disorders: neck and back pain; Myelopathy/claudication; Disc herniation; Scoliosis; Spondylolisthesis.
Fractures (Growth plate fractures).

Essential Clinical Experience: Access evidence-based information/resources relevant to a clinical problem and discuss with supervisor or team.

Anesthesia Rotation, Emergency Medicine Rotation, Internal Medicine Rotation, Pediatrics Rotation, Surgery Rotation, Orthopedic Surgery Rotation

Clerkship Objectives
Demonstrate effective teaching/learning strategies and content that facilitate the learning of others (peers, patients, families, allied health professionals).
Essential Clinical Experience
Access evidence-based information/resources relevant to a clinical problem and discuss with supervisor or team.
Essential Clinical Experience
Fracture, upper extremity

Essential Clinical Experience: Obtain informed consent for a procedure or treatment.

Emergency Medicine Rotation, Surgery Rotation, Orthopedic Surgery Rotation

Essential Clinical Experience
Obtain informed consent for a procedure or treatment.

Essential Clinical Experience: OR sterile technique/Assisting

Surgery Rotation, Orthopedic Surgery Rotation

Essential Clinical Experience
OR sterile technique/Assisting

Essential Clinical Experience: Primary Presentation

Clerkship, Anesthesia Rotation, Emergency Medicine Rotation, Family Medicine Rotation, Internal Medicine Rotation, Obstetrics and Gynecology Rotation, Pediatrics Rotation, Psychiatry Rotation, Surgery Rotation, Orthopedic Surgery Rotation

The Essential Clinical Experiences Tracker (ECE Tracker) is used to monitor the core experiences that must be completed by every clerk in the Undergraduate MD Program. Primary Presentations list core diseases, emergencies, and conditions that clerks will encounter during their clerkship phase. The URL for the Tracker is http://www.medportal.ca/ug/ece

Essential Clinical Experience
Abdominal pain, acute (< 48 hrs)
Abdominal pain, Pediatric
Acute coronary syndrome
Agitated/aggressive patient
Alcoholism, tobacco and other substance Abuse
Altered LOC, Pediatric
Anemia
Anemia, Pediatric
Anesthesia and the obese patient
Anesthesia and the patient for laparoscopic surgery
Anesthesia and the patient with chronic pain or on chronic opioids
Anesthesia and the patient with CVS disease (i.e. HTN, CAD, CHF, PVD, dysrhythmia, etc.)
Anesthesia and the patient with diabetes
Anesthesia and the patient with neuromuscular disease (i.e. MS, CP, MD, CVA, etc.)
Anesthesia and the patient with respiratory disease (i.e. asthma, COPD, OSA, smoker, etc.)
Antenatal history
Anxiety
Arthritis
Asthma (Disease management)
Atrial fibrillation
Blood Gas / Acid-based abnormalities
Bowel obstruction
Fever
Essential Clinical Experience
Pre-operative Surgical Safety checklist

Tutorial: Medical Subspecialty Selectives

Clerkship, Medical Subspecialty Selective

Tutorials are held at least once every two weeks, for two to three hours per session. They are attended by all clerks in the MSS rotation, the tutor and may include a subspecialty resident. Format of the tutorial will be interactive and not didactic and would require clerks to prepare for the tutorial. The tutorials should be clinically focused and an emphasis may be placed on diagnostic and therapeutic issues. Tutorials can also be used to improve oral presentations, group and communication skills, and to develop a deeper understanding of the principles of the roles of a physician.

Concept Integration and Review: Fluids and Electrolytes

Post-clerkship, Concept Integration and Review

Sodium disorders: hyponatremia, hypernatremia. Potassium disorder, hyperkalemia, hypokalemia. Hypercalcemia. Fluids.

Concept Integration and Review: Clinical Ethics

Post-clerkship, Concept Integration and Review

To review and synthesize important concepts related to the legal, ethical, and organizational aspects of medicine. To provide an opportunity for students to practice questions in preparation for MCCQE Part 1 exam. To reflect upon challenges encountered in pre-clerkship and clerkship and discuss strategies for navigating ethical dilemmas in residency. To revisit professional competencies relevant to practice as a resident, including challenging cases involving consent, confidentiality, disclosure, fiduciary duty, and professionalism.

Concept Integration and Review: Clinical Epidemiology

Post-clerkship, Concept Integration and Review

Basic definitions: prevalence, incidence, risk. Causation: Therapy and harm. Study design. Randomized control trials. Measures of effect. Diagnosis.

Concept Integration and Review: Clinical Decision Making

Post-clerkship, Concept Integration and Review

Overview of Medical Council of Canada Qualifying Examination (MCCQE) Part 1. Multiple Choice Questions (MCQ). Test-taking approach and tips. Clinical Decision-Making (CDM) questions. Test-taking approach and tips. Study strategies.

e-Learning Module: Integrated Pain and Opioid Curriculum Course 6 - Safer Opioids Prescribing Strategies

Post-clerkship, Concept Integration and Review

Understand your role in minimizing opioid-related harms through patient education and safe prescribing and dispensing practices. Learn how to assess patients on opioids for adverse effects, and when and how to taper and switch opioids. Select patients who are likely to benefit from opioids and are at a lower risk of harm. You should complete this course - and the final course of the learning path - before the start of CIR block 2.

Concept Integration and Review: Pediatric Nephrology

Post-clerkship, Concept Integration and Review

Anatomy: pathology and diagnostic methods. Urinalysis: proteinuria, hematuria. Glomerular disease. Genetic syndromes. Tubulopathies. E.coli 0157.

Concept Integration and Review: Approach to Cough

Post-clerkship, Concept Integration and Review

What is cough? Cough reflex. Definition of acute cough, subacute cough and chronic cough. Complications of cough. Approach to chronic cough. Basic investigations (Chest x-ray, spirometry)

Concept Integration and Review: Dermatology

Post-clerkship, Concept Integration and Review

Acne, Rosacea, Seborrheic Dermatitis; Acne, Perioral Dermatitis ; Psoriasis, Atopic Dermatitis; Warts, Molluscum ; Vitiligo, Tinea Versicolour, Progressive Macular Hypomelanosis; Urticaria, Urticarial

Concept Integration and Review: Financial Survival after Medical School

Post-clerkship, Concept Integration and Review

Deductions levied on salaries. Budgeting, debt managment, insurance and estate planning. Retirement.

Activity Objectives
List the various deductions levied on salary.
Summarize a mechanism for budgeting, debt management, insurance planning, and estate planning.
Start saving for retirement.

Concept Integration and Review: Topics in Radiology

Post-clerkship, Concept Integration and Review

A 50 question multiple choice quiz and take up which is used as both a tool for teaching and as a measure of which areas need improvement in the radiology curriculum at McMaster.

Concept Integration and Review: Gender Affirming Care and Sexual Health

Post-clerkship, Concept Integration and Review

Understand the health impacts of structural discrimination on sexual and gender diverse populations. Understand our own implicit biases. Understand barriers to care and how to overcome them. Diagnosing Gender Dysphoria. HRT essentials. Gender Affirming Surgeries.

Concept Integration and Review: Pediatric Issues - Respirology

Post-clerkship, Concept Integration and Review

Common pediatric respiratory conditions. Cyanotic newborn. Asthma. Croup. Bronchiolitis. Cystic Fibrosis.

Concept Integration and Review: Microbiology and Infectious Disease

Post-clerkship, Concept Integration and Review

Infectious diseases. Transmission. Gram Stain. Microbiology. Infections head to toe.

Concept Integration and Review: Pediatric Communicable Diseases

Post-clerkship, Concept Integration and Review

How do you decide what antibiotics to use? Is there an infection? Where is the infection? What pathogens are probably causing the infection? Are there antibiotics that can get to where the pathogens are? kill the pathogens?

Clinical Exposure: Medical Subspecialty Selectives

Clerkship, Medical Subspecialty Selective

This may be in the inpatient and/or the outpatient setting based on the specific MSS rotation.

Concept Integration and Review: Syncope

Post-clerkship, Concept Integration and Review

Most common causes of syncope. Key elements of H&P of patients with syncope. Key investigations. Management of patients with syncope.

Concept Integration and Review: General Pediatrics

Post-clerkship, Concept Integration and Review

Rashes, growth issues, genetic syndromes, newborn issues, neurodevelopment, school / learning issues, respiratory conditions.

Concept Integration and Review: Toxicology

Post-clerkship, Concept Integration and Review, Week 1

Identify toxidromes (key elements; appreciate the importanct of hx and phx). Initiate management (importance of supportive care; possible antidotes; management/investigation controversies). Review common poisons/ingestions.

Concept Integration and Review: Obstetrics

Post-clerkship, Concept Integration and Review, Week 1

To review aspects of Obstetrics relevant to the LMCC exam. Clinical pearls for clinical practice. Clinical epidemiology.

Concept Integration and Review: Jaundice & Liver Function

Post-clerkship, Concept Integration and Review, Week 1

Understand the utility of liver enzymes and function tests. Develop a diagnostic approach to hyperbilirubinemia/jaundice. Develop a diagnostic approach to acute and chronic hepatocellular disease. Develop a diagnostic approach to cholestatic liver disease.

Concept Integration and Review: Gastroenterology

Post-clerkship, Concept Integration and Review, Week 2

Upper GI: Dyspepsia, GERD & peptic ulcer disease. Small and large bowel: Celiac disease, Irritable bowel syndrome (IBS) and Inflammatory bowel disease (IBD). Pancreatic diseases. Acute pancreatitis, chronic pancreatitis, adenocarcinoma of the pancreas, cystic fibrosis. GI bleeding.

Concept Integration and Review: Cardiology

Post-clerkship, Concept Integration and Review, Week 2

Cardiac cycle. Coronary artery disease. Heart failure / cardiomyopathy (dilated, restrictive, and hypertrophic). Valvular heart disease (aortic and mitral stenosis and insufficiency). Arrhythmias. Physcial examination. EKG, Electrocardiography interpretation.

Concept Integration and Review: Gynecology

Post-clerkship, Concept Integration and Review, Week 3

Understanding the menstrual cycle. Disorders of menstruation. Contraception. Infertility. Understanding pelvic pain. Urinary incontenence. Dysmenorrhea. Abnormal Uterine Bleeding. PMS / PMDD. Menopause and hormone therapy. Pregnancy Loss (Spontaneous Abortion, Recurrent Pregnancy Loss, Ectopic Pregnancy). Pelvic Organ Prolapse. Vulvovaginitis, Cervicitis, PID. PAP.

Concept Integration and Review: Cognitive Disorders and Psychopharmacology

Post-clerkship, Concept Integration and Review, Week 3

Delirium. Dementia. Mental Status Exam. Consent and capacity. Antipsychotics. Antidepressants. Mood stabilizers. Stimulants. Toxidromes and EPS.

Concept Integration and Review: Psychosis and Personality Disorders

Post-clerkship, Concept Integration and Review, Week 3

Psychotic Disorders. Personality Disorders. Principal DSM-IV Psychotic Disorders: Schizophrenia; Schizophreniform disorder; Schizoaffective disorder; Delusional disorder; Brief psychotic disorder; Substance-induced psychotic disorder; Psychotic disorder due to a general medical condition; Psychotic disorder not otherwise specified. Antipsychotic Medication.

Concept Integration and Review: ENT (Ears, Nose, Throat)

Post-clerkship, Concept Integration and Review, Week 3

Otology. Rhinology. Pharynx-Laryngology. Neck. Ear anatomy. Hearing loss. Rinne test. Weber test. Acute otitis media. Acoustic Neuroma. Vestibular physiology. Vertigo. Sinus anatomy. Rhinitis. Nasal polyps. Sinusitis. Larynx. Ludwig's Angina.

Concept Integration and Review: Peri-Operative Care

Post-clerkship, Concept Integration and Review, Week 4

Preoperative work up. Perioperative cardiac assessment. Preoperative work up of diabetics. Specific factors affecting operative risk: hepatic, renal, immunity, nutrition, medications. Informed consent. Pre-operative preparation. Bowel preparation. Day of surgery orders. Post-operative orders. Post-operative pain. Post-operative complications.

Concept Integration and Review: Endocrinology

Post-clerkship, Concept Integration and Review, Week 4

Thyroid disorders: Hypothyroidism; Thyrotoxicosis (Graves, toxic nodule, thyroiditis); Thyroid Nodules. Pituitary Disorders: Pituitary disorder manifests clinically in 3 ways: Hyperfunction: too much hormones; Hypofunction: too little hormones; Local mass effects; Acromegalia. Posterior Pituitary dysfunction: ADH. Adrenal Disorders.

Concept Integration and Review: Trauma

Post-clerkship, Concept Integration and Review, Week 4

Trauma exam pearls: When in doubt stick to ATLS (Advanced Trauma Life Support); shock is hemorrhagic until proven otherwise (1. Find the bleeding 2. stop the bleeding) ; If any step delays definitive (operative) management and is not life-saving, skip it. ; be thorough; be suspicious.

Concept Integration and Review: Sedation / Pain Management

Post-clerkship, Concept Integration and Review, Week 5

Nociception. Nociceptive pain. Pain. Suffering. Pain related behaviour. Pain and quality of life. Physiology of pain. Acute vs. Chronic pain. Pain and sedation. Pain assessment. Pain scales. Opiates. Cancer pain. Local anesthetics.

Concept Integration and Review: General Surgery

Post-clerkship, Concept Integration and Review, Week 5

Hernias and the abdominal wall. Bowel obstruction. The acute abdomen. Surgical emergencies. Diverticulitis. Pancreatitis. Diseases of the anorectum. Hemorrhoids. Anal fissure. Colorectal cancer.

Concept Integration and Review: Acute & Chronic Renal Failure

Post-clerkship, Concept Integration and Review, Week 5

Pre-renal ARF. Post-Renal ARF. Acute vs Chronic. Indications for dialysis. Indications for acute dialysis. Urine studies. Hyperkalemia. Chronic renal failure. Hematuria. Renal replacement therapy. Proteinuria. Diabetic nephropathy.

Concept Integration and Review: Pediatrics Issues - Cardiology

Post-clerkship, Concept Integration and Review, Week 6

How to differentiate an innocent murmur from a pathologic murmur. Most common congenital heart defects: clinical presentation and management. Detect newborn with cyanotic heart disease. Differential diagnosis of the most common congenital cyanotic heart defects.

Concept Integration and Review: Clinical Pharmacology

Post-clerkship, Concept Integration and Review, Week 6

The 30 cases presented will provide an opportunity to discuss a spectrum of therapeutic management issues and to review the various therapeutic options available to manage a variety of disorders. For each case identify what you believe to be the clinical issue and the medication(s) that you would add or discontinue.

Concept Integration and Review: Resuscitation

Post-clerkship, Concept Integration and Review, Week 6

Poisoning. Identify those antidotes that can precipitate withdrawal. Acetaminophen toxicity. Vital signs. Syncope. Interpretation of ECG. Identifying a potential toxin often depends on a good history and physical. Many ingestions have a toxidrome. Blood tests should be used strategically. There are very few antidotes. Massive GI Bleeding. Choosing IV Fluids. Intracranial pressure (ICP). Fluid orders for children. Hypovolemia / head injury. Acute coronary syndrome.

Concept Integration and Review: DVT/Thrombosis

Post-clerkship, Concept Integration and Review, Week 6

To review an evidence-based approach to diagnosis of DVT (deep vein thrombosis). To review an evidence-based approach to diagnosis of PE (pulmonary embolism). To review key principles of anticoagulant therapy. To review principles of management of anticoagulant related bleeding.

Concept Integration and Review: Pediatric Issues - Newborn

Post-clerkship, Concept Integration and Review, Week 6

Breastfeeding. Dehydration. Jaundice. ALTE.

Tutorial: Psychotherapy

Clerkship, Psychiatry Rotation, Transition to Residency

Using 2 patient/case examples, students will work in pairs to practice CBT skills taking turns to play the role of the patient and the therapist working together using the sample cases and materials provided.

Clerkship Objectives
Assess the appropriate use of psychotherapy

Self-Directed Study: TTR Psychiatry Rotation Portfolio

Psychiatry TTR, Clerkship, Transition to Residency

Students will prepare an 8-10 page Portfolio that will follow a patient presentation/case of your choice, which you will analyze from a lens of equity, diversity and inclusion (EDI). The portfolio will include 1. A summary of the case. 2. A formulation of the case (using the 4 Ps - Predisposing factors, Precipitating factors, Perpetuating factors, Protective factors). 3. A reflection about one or more aspects of the patient’s identity that influences the patient’s interaction(s) with the psychiatric healthcare system, perception(s) of their illness, and treatment outcome(s). 4. A personal reflection of what impact the case had had on the student, and what learning they will take from this case.

Watching a Video: Study Design

Why certain kinds of studies answer certain kinds of questions. Understanding the terminology of study design. What design makes studies more or less reliable. How the cure for scurvy was discovered.

Framework Objectives
Including Depression
Appropriate postpartum patient counseling

Concept Integration and Review: General Hematology

Review of general hematology cases. Discuss coagulation and hemostasis ; thrombocytopenia ; venous thromboembolism ; erythrocytosis ; lymphadenopathy ; pancytopenia. MCC presentations include: Coagulation abnormalities. Hemoglobin, serum, abnormal. Lymphadenopathy, White blood cell disorders.

Framework Objectives
Vaginal repair

Small Group Session: Introduction to Clinical Measurement

Now that you have begun to learn clinical examination, you are making judgements about your clinical findings - is this blood pressure normal, can I believe my percussion findings, how useful is tactile vocal fremitus as a diagnostic test? We are constantly making measurements or evaluating clinical examination manoeuvres on our patients; therefore we have to think critically about the measurements we are making and how we should interpret what we find.

Activity Objectives
Apply simple metrics such as accuracy, precision, etc. to clinical examination manoeuvres.
Explain the use of 2x2 tables, sensitivity, specificity and likelihood with diagnostic tests in the diagnostic pathway.
Apply the concepts of inter-observer variation as a measure of the utility of a diagnostic test.
Apply the measurement concepts learned in the session to clinical case scenarios.

Watching a Video: Diagnostic Studies

Three things you need to know about Diagnostic Interventions: 1. Validity– How do you know if the results from a diagnostic test are believable? 2. Results – What are the properties of a test? 3. Applicability – How should you apply test results to clinical decision making?

General Objectives
Identify personal limitations in knowledge and pursue the information needed to understand problems and make decisions both in patient care and on the population level.

Watching a Video: Decision Making in Practice

Introduction to different approaches to decision making and clinical practice. Introduce a framework you can follow to apply apply evidence to patients and to make decisions.

General Objectives
Apply principles of evidence-based and evidence-informed medicine in medical decision-making.

e-Learning Module: Indigenous Populations and Patients, Consideration in Anesthesia

Stereotypical thinking about Indigenous patients influences Indigenous patients experience with pain reporting. Pain can take many forms and creates multifaceted experiences for each person. Western medicine often focuses on “physical pain” without taking into account of how emotional pain may contribute - stress, perceptions, past experiences. Treating pain with pharmacological means should not be the primary focus in addressing pain - non pharmacological treatments can also address symptoms. Discussing pain history and acknowledging the influence of colonial factors on the pain experience of an Indigenous person is an important first step of the pain assessment.

Activity Objectives
Identify unconscious bias and stereotypes about pain experiences of Indigenous patients.
Explore colonial factors which can impact the expression and perception of pain in Indigenous populations in Canada.
Increase awareness of the need to support alternative pain scale assessment tools.
Enhance communication skills and awareness in pain assessments with Indigenous patients and their families.

Watching a Video: Critical Appraisal

Increasingly, clinicians rely on formal guidelines. This lecture will discuss how to rate the quality of evidence and the strength of recommendations of guidelines using GRADE (grades of recommendation, assessment, development and evaluation).

General Objectives
Appraise, incorporate principles of resource stewardship to, and apply acquired knowledge into medical decision-making.

Clinical Skills Sessions: Abdominal theme, review of targeted abdominal exam

Standardized case 55 year old female with epigastric pain.

General Objectives
Review of abdominal and endocrine examination.
Examination of the spleen: Abdominal examination [inspection for fullness, percussion: (Castell’s method, Traube’s space), palpation of the spleen].
Framework Objectives
Define Chronic Pelvic Pain
Cite the incidence and etiologies of chronic pelvic pain
Cite clinical manifestations of chronic pelvic pain
Cite diagnostic procedures for chronic pelvic pain
List management options for chronic pelvic pain

Clinical Skills Sessions: Cardiac theme, review of targeted cardiac exam

Standardized case of 65 year old male with chest pain.

Clinical Skills Sessions: Respirology theme, review of targeted respiratory examination

Demonstration by preceptor taking a history from a patient with chest pain, cough and fever, hemopytsis, etc. and performing appropriate physical examination. Observation of a student (s) taking history from a patient with chest pain, cough and fever, hemoptysis, etc. and performing appropriate physical examination. Discussion: regarding chest pain, cough and fever, hemoptysis, etc., etiology, differential diagnosis, investigations, etc. (Examples: chest pain, cough and fever, wheezing, hemoptysis)

General Objectives
Review of cardiac, respiratory and blood exam.

Clinical Skills Sessions: Review of diabetic exam

Observation of a student(s) taking history from a patient with diabetes (polyuria, polydipsia, fatigue, etc.) and performing appropriate physical examination. JAMA article review: Does this patient have diabetic neuropathy?

Clinical Skills Sessions: Vomiting and Diarrhea

Practice the history and physical exam as it pertains to vomiting and diarrhea.

Essential Clinical Experience: Procedures

The Essential Clinical Experiences Tracker (ECE Tracker) is used to monitor the core experiences that must be completed by every clerk in the Undergraduate MD Program. Procedures cover clinical tasks that can range from performing specific examinations (i.e. Pelvic exam) to applying a splint/cast. The URL for the Tracker is http://www.medportal.ca/ug/ece

Clerkship Objectives
Accurately performs a medication review with recommendations
Identifies drugs that have a high frequency of adverse effects in the elderly
Identifies drugs that require adjustment for renal insufficiency
Calculates CrCl
Can identify methods of improving compliance
Clerkship Objectives
Decision Making Capacity
Clerkship Objectives
Demonstrates awareness of why the elderly are more vulnerable to aggressive efforts at diagnosis and treatment as well as recognizes an example of iatrogenesis

Essential Clinical Experience: Professional Competencies

The Essential Clinical Experiences Tracker (ECE Tracker) is used to monitor the core experiences that must be completed by every clerk in the Undergraduate MD Program. Pro Comp experiences can be completed in any clerkship. These have been created so that students can complete them in any rotation but some of the experiences will likely happen in specific rotations. The URL for the Tracker is http://www.medportal.ca/ug/ece