medportal CDB | Taxonomy | Basic Sciences / Physiology

Taxonomies

Basic Sciences

Physiology

Activities (143)
Objectives (417)

Only show most relevant

Activities

Autonomic Nervous System (Archived)
Large Group Session

Part 1 / Medical Foundation 1

Takumi Ito MF1 Respirology (Archived)
Tutorial

Part 1 / Medical Foundation 1

Sandra Ireland MF1 Respirology (Archived)
Tutorial

Part 1 / Medical Foundation 1 / Respirology

L. Reed MF1 Respirology (Archived)
Tutorial

Part 1 / Medical Foundation 1 / Respirology

Taras Klymchuck MF1 Respirology (Archived)
Tutorial

Part 1 / Medical Foundation 1 / Respirology

Clinically Relevant Immunology: Acute Inflammation (Archived)
Large Group Session

Part 1 / Medical Foundation 1 / Respirology

Ingrid Nielsen MF1 Respirology (Archived)
Tutorial

Part 1 / Medical Foundation 1 / Respirology

Luke Tomczak MF1 Respirology
Tutorial

Part 1 / Medical Foundation 1 / Respirology / Week 1

Thomas Gagnon MF1 Respirology
Tutorial

Part 1 / Medical Foundation 1 / Respirology / Week 2

Sarah Rosenthal MF1 Respirology
Tutorial

Part 1 / Medical Foundation 1 / Respirology / Week 2

John Fumer MF1 Respirology
Tutorial

Part 1 / Medical Foundation 1 / Respirology / Week 2

Arthur N. MF1 Respirology
Tutorial

Part 1 / Medical Foundation 1 / Respirology / Week 3

Teresa J. MF1 Respirology
Tutorial

Part 1 / Medical Foundation 1 / Respirology / Week 3

Valvular Heart Disease (Archived)
Large Group Session

Cardiology

Wael M. MF1 Cardiovascular
Tutorial

Part 1 / Medical Foundation 1 / Cardiology / Week 1

Janet Woo MF1 Cardiovascular
Tutorial

Part 1 / Medical Foundation 1 / Cardiology / Week 1

Usha L. MF1 Cardiovascular
Tutorial

Part 1 / Medical Foundation 1 / Cardiology / Week 1

Novak B Part 1 MF1 Cardiovascular
Tutorial

Part 1 / Medical Foundation 1 / Cardiology / Week 3

Novak B. Part 2 MF1 Cardiovascular
Tutorial

Part 1 / Medical Foundation 1 / Cardiology / Week 3

Pericardial Disease (Archived)
Large Group Session

Part 1 / Medical Foundation 1 / Cardiology / Week 3

Liam D. MF1 Cardiovascular
Tutorial

Part 1 / Medical Foundation 1 / Cardiology / Week 3

Terrance K. MF1 Cardiovascular
Tutorial

Part 1 / Medical Foundation 1 / Cardiology / Week 4

Amanda VP MF1 Cardiovascular
Tutorial

Part 1 / Medical Foundation 1 / Cardiology / Week 4

Rana Osman MF1 Respirology
Tutorial

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

Edwin McKenzie MF1 Respirology
Tutorial

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

Ron Chen MF1 Respirology
Tutorial

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

Devi Gopal MF1 Respirology
Tutorial

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

Introduction to Gastroenterology (Archived)
Large Group Session

Part 2 / Medical Foundation 2

Ocular Manifestations of Endocrine Diseases (Archived)
Large Group Session

Part 2 / Medical Foundation 2

Adrenal Gland (Archived)
Large Group Session

Part 2 / Medical Foundation 2

Calcium Physiology (Archived)
Large Group Session

Part 2 / Medical Foundation 2

Bone Health (Archived)
Large Group Session

Part 2 / Medical Foundation 2

Bruno Silva MF2 Endocrinology and Metabolism (Archived)
Tutorial

Part 2 / Medical Foundation 2

Jean La Barre MF2 Endocrinology and Metabolism (Archived)
Tutorial

Part 2 / Medical Foundation 2

Matthew Clarke MF2 Renal
Tutorial

Part 2 / Medical Foundation 2 / Renal / Week 1

Renal System Anatomy
Anatomy Lectures

Part 2 / Medical Foundation 2 / Renal / Week 1

George Haycock MF2 Renal
Tutorial

Part 2 / Medical Foundation 2 / Renal / Week 1

Acid Base Disorders
Active Large Group Session

Part 2 / Medical Foundation 2 / Renal / Week 2

Maria Rossi MF2 Renal
Tutorial

Part 2 / Medical Foundation 2 / Renal / Week 2

Elena Christakos MF2 Renal
Tutorial

Part 2 / Medical Foundation 2 / Renal / Week 2

Nancy Jones MF2 Renal
Tutorial

Part 2 / Medical Foundation 2 / Renal / Week 3

Electrolytes - Sodium and Potassium
Active Large Group Session

Part 2 / Medical Foundation 2 / Renal / Week 3

Approach to Bleeding (Archived)
Large Group Session

Part 1 / Medical Foundation 1 / Hematology

Shortness of Breath (Archived)
Clinical Pathology Conferences (CPC)

Part 1 / Medical Foundation 1 / Hematology

Alexandria Vardalos MF2 Hematology
Tutorial

Part 2 / Medical Foundation 2 / Hematology / Week 1

Maxwell Greenfield MF2 Hematology
Tutorial

Part 2 / Medical Foundation 2 / Hematology / Week 1

Rupert Kelly MF1 Hematology (Archived)
Tutorial

Part 1 / Medical Foundation 1 / Hematology / Week 2

Shane Mosley MF2 Hematology
Tutorial

Part 2 / Medical Foundation 2 / Hematology / Week 2

Margaret McCrone MF2 Hematology (Archived)
Tutorial

Part 2 / Medical Foundation 2 / Hematology / Week 2

Judy Patterson MF2 Hematology
Tutorial

Part 2 / Medical Foundation 2 / Hematology / Week 2

Sana Gupta MF2 Hematology
Tutorial

Part 2 / Medical Foundation 2 / Hematology / Week 2

Billy Elliot MF2 Hematology
Tutorial

Part 2 / Medical Foundation 2 / Hematology / Week 5

RAAS, Sodium (Na) and Water (Archived)
Large Group Session

Part 3 / Medical Foundation 3 / Renal / Week 2

Potassium (K) (Archived)
Large Group Session

Part 3 / Medical Foundation 3 / Renal / Week 2

Acute Kidney Injury (Archived)
Large Group Session

Part 3 / Medical Foundation 3 / Renal / Week 3

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

Part 3 / Medical Foundation 3

Transition from Fetus to Newborn (Archived)
Large Group Session

Reproduction and Pregnancy

Mei Wang MF3 Reproduction
Tutorial

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

Susan Weiss MF3 Reproduction
Tutorial

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

Gonadal Function and Fertilization (Archived)
Large Group Session

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

Rachel Kowalski MF3 Reproduction
Tutorial

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

JoAnne Wright MF3 Reproduction
Tutorial

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

Samira Shah 1 MF3 Reproduction
Tutorial

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

Samira Shah 2 MF3 Reproduction
Tutorial

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

Savita Singh MF3 Reproduction
Tutorial

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

Parturition (Archived)
Large Group Session

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

Placental and Perinatal Pathology (Archived)
Large Group Session

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

Li Chin and Baby Albini MF3 Reproduction
Tutorial

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

Jane Deglutinato MF3 Gastroenterology and Nutrition
Tutorial

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

Nick DeMarco MF3 Gastroenterology and Nutrition
Tutorial

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

Hepatobiliary system
Active Large Group Session

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

Ted Mitchell MF3 Gastroenterology and Nutrition
Tutorial

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

Mike Bayuk MF3 Gastroenterology and Nutrition
Tutorial

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

James Cork MF3 Gastroenterology and Nutrition
Tutorial

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

Philip Cheung MF3 Gastroenterology and Nutrition
Tutorial

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

Lauren Bick MF3 Endocrinology
Tutorial

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

Vivian Patel MF3 Gastroenterology and Nutrition
Tutorial

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

Stephen Golding MF3 Endocrinology
Tutorial

Part 3 / Medical Foundation 3 / Endocrinology / Week 1

Adam Pajek MF3 Endocrinology
Tutorial

Part 3 / Medical Foundation 3 / Endocrinology / Week 2

Emily Bradstone MF3 Endocrinology
Tutorial

Part 3 / Medical Foundation 3 / Endocrinology / Week 2

Calvin Shin MF3 Endocrinology
Tutorial

Part 3 / Medical Foundation 3 / Endocrinology / Week 2

Julian Knight MF3 Endocrinology
Tutorial

Part 3 / Medical Foundation 3 / Endocrinology / Week 3

Riley Walker MF3 Endocrinology
Tutorial

Part 3 / Medical Foundation 3 / Endocrinology / Week 3

Awat Khali MF3 Endocrinology
Tutorial

Part 3 / Medical Foundation 3 / Endocrinology / Week 3

Chantal Landry MF3 Reproduction
Tutorial

Part 3 / Medical Foundation 3 / Endocrinology / Week 4

Kate Smith MF3 Reproduction
Tutorial

Part 3 / Medical Foundation 3 / Endocrinology / Week 4

Lan Chen MF4 Brain and Behaviour
Tutorial

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

Psychopharmacology (Archived)
Large Group Session

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

MSK Introduction (Archived)
Large Group Session

Part 4 / Musculoskeletal Medicine

Intro to MSK Clinical Skills and Patient Partners (Archived)
Large Group Session

Part 4 / Medical Foundation 4 / Musculoskeletal Medicine

Biologics in Rheumatic Disease (Archived)
Large Group Session

Part 4 / Musculoskeletal Medicine

Joshua Song MF4 MSK
Tutorial

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

Brock Martel MF4 MSK
Tutorial

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

Mike Chiasson MF4 MSK
Tutorial

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

MF5 MSK Anatomy: A Primer (Archived)
Large Group Session

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

Ronnie Olchuk MF4 MSK
Tutorial

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

Bella Sharapova MF5 MSK (Archived)
Tutorial

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

Diane Bainbridge MF4 MSK
Tutorial

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

Joseph Collins MF4 MSK
Tutorial

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

Cindy Edsworth MF4 MSK
Tutorial

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

Joan Spaulding MF4 MSK
Tutorial

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

Pain Concepts and Pathophysiology (Archived)
Large Group Session

Part 4 / Medical Foundation 4 / Musculoskeletal Medicine / Week 4

Brenda Farnett MF4 Neurology
Tutorial

Part 4 / Medical Foundation 4 / Neuroscience / Week 1

Mandy Wallsmith (Part 1) MF4 Neurology
Tutorial

Part 4 / Medical Foundation 4 / Neuroscience / Week 1

Mandy Wallsmith (Part 2) MF4 Neurology
Tutorial

Part 4 / Medical Foundation 4 / Neuroscience / Week 1

Neil Wartson (Part 1) MF4 Neuro
Tutorial

Part 4 / Medical Foundation 4 / Neuroscience / Week 1

Neil Wartson (Part 2) MF4 Neuro
Tutorial

Part 4 / Medical Foundation 4 / Neuroscience / Week 1

David Beatty MF4 Neurology
Tutorial

Part 4 / Medical Foundation 4 / Neuroscience / Week 2

Ivan Nettar MF4 Neurology
Tutorial

Part 4 / Medical Foundation 4 / Neuroscience / Week 2

Andrea Holmes MF4 Neurology
Tutorial

Part 4 / Medical Foundation 4 / Neuroscience / Week 2

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

Part 4 / Medical Foundation 4 / Neuroscience / Week 2

Shelley Clerke MF4 Neurology
Tutorial

Part 4 / Medical Foundation 4 / Neuroscience / Week 3

Carmen Shellinger MF4 Neurology
Tutorial

Part 4 / Medical Foundation 4 / Neuroscience / Week 3

Ron Chen (Part 2) MF4 Neurology
Tutorial

Part 4 / Medical Foundation 4 / Neuroscience / Week 3

Neuro Team based learning session #3
Small Group Session

Part 4 / Medical Foundation 4 / Neuroscience / Week 3

Emily Slott MF4 Neurology
Tutorial

Part 4 / Medical Foundation 4 / Neuroscience / Week 4

Pediatric Anesthesia Module
e-Learning Module

Clerkship / Anesthesia Rotation

OB Labour and Pain Relief
Large Group Session

Clerkship / Obstetrics and Gynecology Rotation

Primer on Sleep
e-Learning Module

Clerkship / Psychiatry Rotation

Pre and Post operative care
Large Group Session

Clerkship / Surgery Rotation

Adrenal adenoma
e-Learning Module

Clerkship / Surgery Rotation

Sedation / Pain Management
Concept Integration and Review

Post-clerkship / Concept Integration and Review / Week 5

The Approach to Undifferentiated Acute Abdominal Pain (Archived)
Large Group Session

Utero-Placental Unit (Archived)
Large Group Session

Objectives

Upon completion of this problem, students should be able to explain the impact of chronic hypoxia on the cardiopulmonary circulation.
Global Objectives

Part 1 / Medical Foundation 1 / Respirology

Upon completion of this problem, students should be able to explain the mechanics of lower airway obstruction.
Global Objectives

Part 1 / Medical Foundation 1 / Respirology

Upon completion of this problem, students should be able to explain how disruption of the alveolar capillary membrane affects gas transfer in the lung.
Global Objectives

Part 1 / Medical Foundation 1 / Respirology

Upon completion of this problem, students should be able to explain the physiological responses of the body (heart, lungs and blood) to increased demand for oxygen during exercise.
Global Objectives

Part 1 / Medical Foundation 1 / Respirology

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).
General Objectives

Part 1 / Medical Foundation 1 / Respirology

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.
General Objectives

Part 1 / Medical Foundation 1 / Respirology

Explain the pathophysiology of some of the common disease processes affecting the respiratory pump (upper airway, neuromusculature, lower airways and lung parenchyma).
General Objectives

Part 1 / Medical Foundation 1 / Respirology

Explain the physiological response of the body (heart, lungs and blood) to increased demand for oxygen during exercise and at high altitudes.
General Objectives

Part 1 / Medical Foundation 1 / Respirology

Describe the key electrophysiologic principles behind the genesis of the electrocardiogram (EKG) and the electrocardiographic changes that can occur in selected cardiac disorders.
General Objectives

Part 1 / Medical Foundation 1 / Cardiology

Describe the pathophysiology behind common clinical presentations of atherosclerotic disease including stable angina, unstable angina and myocardial infarction (including complications of acute myocardial infarction).
General Objectives

Part 1 / Medical Foundation 1 / Cardiology

Explain the general principles of myocardial cell metabolism and know the determinants of myocardial oxygen consumption - MVO2
General Objectives

Part 1 / Medical Foundation 1 / Cardiology

Describe the normal anatomy and function of the pericardium and the pathophysiology of cardiac tamponade.
General Objectives

Part 1 / Medical Foundation 1 / Cardiology

Describe the pathophysiologic consequences and clinical presentations of the common types of valvular lesions.
General Objectives

Part 1 / Medical Foundation 1 / Cardiology

Upon completion of this problem, students should be able to explain cardiac electrical impulse conduction.
Global Objectives

Part 1 / Medical Foundation 1 / Cardiology

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.
Global Objectives

Part 1 / Medical Foundation 1 / Cardiology

Upon completion of this problem, students should be able to describe the pathophysiology of atherosclerosis and its relationship to cardiovascular disease.
Global Objectives

Part 1 / Medical Foundation 1 / Cardiology

Upon completion of this problem, students should be able to explain the pathophysiology of the acute coronary syndromes.
Global Objectives

Part 1 / Medical Foundation 1 / Cardiology

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.
Global Objectives

Part 1 / Medical Foundation 1 / Cardiology

Upon completion of this problem, students should be able to describe how volume overload affects myocardial function.
Global Objectives

Part 1 / Medical Foundation 1 / Cardiology

Describe the normal physiology and anatomy (where appropriate).
General Objectives

Part 1 / Medical Foundation 1 / Cardiology

Upon completion of this problem, students should be able to explain the potential complications of acute myocardial infarction.
Global Objectives

Part 1 / Medical Foundation 1 / Cardiology

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.
Global Objectives

Part 1 / Medical Foundation 1 / Cardiology

Understand the pathophysiology of pulmonary shunting and V/Q mismatch.
Global Objectives

Part 1 / Medical Foundation 1 / Cardiology

Explain the concept of antigen presentation.
Activity Objectives

Part 1 / Medical Foundation 1 / Introduction to Medicine

To review the complex route that oxygen needs to follow to gain access to cells within the body.
Activity Objectives

Part 1 / Medical Foundation 1 / Introduction to Medicine

To describe the different components of the respiratory system that make this possible.
Activity Objectives

Part 1 / Medical Foundation 1 / Introduction to Medicine

Compare and contrast different views and perspectives about anatomy and physiology principles for medical learners.
Activity Objectives

Part 1 / Medical Foundation 1 / Introduction to Medicine

Upon completion of this problem, students should be able to describe the role of platelets in coagulation and thrombosis.
Global Objectives

Part 2

After completing this case, students will be able to describe the physiology of the proglucagon gene: GLP-1 incretin effects, GLP-2 gut proliferation.
Global Objectives

Part 2 / Medical Foundation 2

Describe the basic anatomy and physiology of the luminal GI tract: Esophagus, Stomach, Small Intestine, Colon
Activity Objectives

Part 2 / Medical Foundation 2

Explain thyroid hormone synthesis and regulation.
Activity Objectives

Part 2 / Medical Foundation 2

Identify the metabolic function of thyroid hormone.
Activity Objectives

Part 2 / Medical Foundation 2

Understand calcium regulation and the effects of PTH, calcitriol and calcitonin.
Activity Objectives

Part 2 / Medical Foundation 2

Understand the role of the calcium sensing receptor in the parathyroid gland, kidney and bone.
Activity Objectives

Part 2 / Medical Foundation 2

Understand effects of mutations(activating and inactivating) in the calcium sensing receptors.
Activity Objectives

Part 2 / Medical Foundation 2

Understand the causes of hyper and hypocalcemia.
Activity Objectives

Part 2 / Medical Foundation 2

To describe the anatomy and physiology of the adrenal gland.
Activity Objectives

Part 2 / Medical Foundation 2

Describe the application of the Law of Thermodynamics to obesity causation and treatment.
Activity Objectives

Part 2 / Medical Foundation 2

Describe appetite control mechanisms.
Activity Objectives

Part 2 / Medical Foundation 2

Explain the structure, function and physiology of the urinary tract, kidney, nephron and glomerulus
General Objectives

Part 2 / Medical Foundation 2 / Renal

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.
Global Objectives

Part 2 / Medical Foundation 2 / Renal

Explain the structure, function and physiology of the urinary tract, kidney, nephron and glomerulus
General Objectives

Part 2 / Medical Foundation 2 / Renal

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.
Global Objectives

Part 2 / Medical Foundation 2 / Renal

Describe how cellular proliferation and death are regulated.
General Objectives

Part 2 / Medical Foundation 2 / Hematology

Describe the genetics and molecular structure of hemoglobin, its synthesis and how qualitative and quantitative abnormalities cause disease.
General Objectives

Part 2 / Medical Foundation 2 / Hematology

Describe the basic red blood cell surface antigens (ABO, Rh) and their importance in transfusion medicine.
General Objectives

Part 2 / Medical Foundation 2 / Hematology

Upon completion of this problem, students should be able to explain the mechanisms of anemia.
Global Objectives

Part 2 / Medical Foundation 2 / Hematology

Upon completion of this problem, students should be able to describe the factors affecting red blood cell production.
Global Objectives

Part 1 / Medical Foundation 1 / Hematology

Upon completion of this problem, students should be able to describe hematopoiesis.
Global Objectives

Part 2 / Medical Foundation 2 / Hematology

Describe normal physiology and anatomy: hematopoiesis, mature blood cells, bone marrow.
General Objectives

Part 2 / Medical Foundation 2 / Hematology

Describe the mechanism of disease (pathophysiology, pathology).
General Objectives

Part 1 / Medical Foundation 1 / Hematology

Describe the mechanism and consequences of quantitative and qualitative abnormalities of platelets.
General Objectives

Part 2 / Medical Foundation 2 / Hematology

Describe the physiology and structure of the vascular endothelium.
General Objectives

Part 2 / Medical Foundation 2 / Hematology

Describe the physiology and structure of platelets.
General Objectives

Part 2 / Medical Foundation 2 / Hematology

Describe the role of the coagulation factors.
General Objectives

Part 2 / Medical Foundation 2 / Hematology

Describe the role of the fibrinolytic system.
General Objectives

Part 2 / Medical Foundation 2 / Hematology

Describe the response of the cardiovascular and respiratory systems to bleeding.
General Objectives

Part 2 / Medical Foundation 2 / Hematology

Explain the role of platelets in hemostasis and thrombosis.
Activity Objectives

Part 2 / Medical Foundation 2 / Hematology

Normal maternal physiologic changes of the postpartum period
Framework Objectives

Medical Foundation 3

Describe endocrinology and physiology of the normal menstrual cycle
Framework Objectives

Medical Foundation 3

Describe the physiological changes in the hypothalamic-pituitary-ovarian axis during climacteric.
Framework Objectives

Medical Foundation 3

Describe how the glomerulus functions as a physiologic barrier to the excretion of protein in the urine. Diabetic nephropathy is a common example of this type of process and the treatments used in diabetes to reduce proteinuria will help you to understand glomerular hemodynamics.
General Objectives

Part 3 / Medical Foundation 3 / Renal

Describe the anatomy and histology, of the female and male reproductive system at different ages and stages of development.
General Objectives

Part 3 / Medical Foundation 3 / Reproduction and Pregnancy

Describe the anatomic and physiologic changes surrounding the onset and cessation of reproductive function in the male and female.
General Objectives

Part 3 / Medical Foundation 3 / Reproduction and Pregnancy

Describe the Hypothalamic / Pituitary / Ovarian / Uterine axis and how it influences the menstrual cycle.
General Objectives

Part 3 / Medical Foundation 3 / Reproduction and Pregnancy

Explain the normal physiological adaptations to pregnancy.
General Objectives

Part 3 / Medical Foundation 3 / Reproduction and Pregnancy

Describe the mechanisms of normal labour and the puerperium period.
General Objectives

Part 3 / Medical Foundation 3 / Reproduction and Pregnancy

Describe the factors that effect immediate post-partum bleeding and the physiologic response to accommodate for hemorrhage in the mother.
General Objectives

Part 3 / Medical Foundation 3 / Reproduction and Pregnancy

Explain the physiology of normal lactation and the benefits of breastfeeding.
General Objectives

Part 3 / Medical Foundation 3 / Reproduction and Pregnancy

Explain the transition from fetus to newborn.
General Objectives

Part 3 / Medical Foundation 3 / Reproduction and Pregnancy

Describe the mechanism of thermoregulation in the newborn.
General Objectives

Part 3 / Medical Foundation 3 / Reproduction and Pregnancy

Describe the normal menstrual cycle.
General Objectives

Part 3 / Medical Foundation 3 / Reproduction and Pregnancy

Define menopause and explain the physiological process that occurs from the transition of a reproductively capable woman to a menopausal woman.
General Objectives

Part 3 / Medical Foundation 3 / Reproduction and Pregnancy

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

Part 3 / Medical Foundation 3 / Reproduction and Pregnancy

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.
Global Objectives

Part 3 / Medical Foundation 3 / Reproduction and Pregnancy

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.
Global Objectives

Part 3 / Medical Foundation 3 / Reproduction and Pregnancy

Understand mechanism of erection and ejaculation.
General Objectives

Part 3 / Medical Foundation 3 / Reproduction and Pregnancy

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.
General Objectives

Part 3 / Medical Foundation 3 / Gastroenterology and Nutrition

Describe the steps of digestion and absorption and roles of the key organs of the alimentary tract in these processes.
General Objectives

Part 3 / Medical Foundation 3 / Gastroenterology and Nutrition

Describe the structure and function of the hepatobiliary system.
General Objectives

Part 3 / Medical Foundation 3 / Gastroenterology and Nutrition

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.
Global Objectives

Part 3 / Medical Foundation 3 / Gastroenterology and Nutrition

Upon completion of this problem, students will be able to describe the physiology of the small intestine and discuss the pathophysiology of malabsorption.
Global Objectives

Part 3 / Medical Foundation 3 / Gastroenterology and Nutrition

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.
Global Objectives

Part 3 / Medical Foundation 3 / Gastroenterology and Nutrition

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.
Global Objectives

Part 3 / Medical Foundation 3 / Gastroenterology and Nutrition

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.
Global Objectives

Part 3 / Medical Foundation 3 / Gastroenterology and Nutrition

Describe the nutrient-based dietary standard for Canada and the USA known as the Dietary Reference Intakes (DRIs).
General Objectives

Part 3 / Medical Foundation 3 / Gastroenterology and Nutrition

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.
General Objectives

Part 3 / Medical Foundation 3 / Gastroenterology and Nutrition

Describe the role of the microbiome in normal digestive physiology and pathology.
General Objectives

Part 3 / Medical Foundation 3 / Gastroenterology and Nutrition

Explain the structure, function and physiology of the gastrointestinal tract.
General Objectives

Part 3 / Medical Foundation 3 / Gastroenterology and Nutrition

Describe the secretory and excretory functions of the hepatobiliary system.
Activity Objectives

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

Describe measures of liver synthetic function.
Activity Objectives

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

Discuss examples of hepatobiliary disease.
Activity Objectives

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

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.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Examine the anatomic and functional relationship between the pituitary and hypothalamus.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

List the hormones produced by the pituitary and explain their effects on body function.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

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.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Explain the physiological function of thyroid hormone, including its effects on basal metabolic rate.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Describe the treatment of thyroid disease.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Outline the structure and function of the adrenal gland.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Describe Cushing Syndrome, its causes and its manifestations.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

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.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Explain the classification, epidemiology, diagnosis and pathophysiology of diabetes mellitus.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Describe the embryology and physiology of sexual differentiation and explain the possible mechanisms involved in the presentation of ambiguous genitalia.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Upon completion of this problem, students will be able to describe the regulation and function of the hypothalamic-pituitary-adrenal axis.
Global Objectives

Part 3 / Medical Foundation 3 / Endocrinology

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.
Global Objectives

Part 3 / Medical Foundation 3 / Endocrinology

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.
Global Objectives

Part 3 / Medical Foundation 3 / Endocrinology

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.
Global Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Describe hormones, their structure, and their role in homeostasis.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

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.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Describe the role of insulin in energy metabolism.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Describe the anatomy and physiology of the parathyroid glands.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Explain the pathophysiology and clinical presentation of dementia.
General Objectives

Part 4 / Medical Foundation 4

Describe the constituency of cartilage and how it interacts with synovial fluid.
General Objectives

Part 4 / Medical Foundation 4 / Musculoskeletal Medicine

Discuss bone’s role in homeostasis in conjunction with other organ systems.
General Objectives

Part 4 / Medical Foundation 4 / Musculoskeletal Medicine

Upon completion of this case, students will be able to describe the basic anatomical structures of the lower limbs.
Global Objectives

Part 4 / Medical Foundation 4 / Musculoskeletal Medicine

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.
Global Objectives

Part 4 / Medical Foundation 4 / Musculoskeletal Medicine

Upon completion of this case, students will have gained insight into the role of mechanical dysfunction as a cause of pain in a young adult.
General Objectives

Part 4 / Medical Foundation 4 / Musculoskeletal Medicine

Upon completion of this problem, students will understand vitamin D physiology, consequences of deficiency, and osteomalacia.
Global Objectives

Part 4 / Medical Foundation 4 / Musculoskeletal Medicine

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

Part 4 / Medical Foundation 4 / Musculoskeletal Medicine

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

Part 4 / Medical Foundation 4 / Musculoskeletal Medicine

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.
Global Objectives

Part 4 / Medical Foundation 4 / Musculoskeletal Medicine

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

Part 4 / Medical Foundation 4 / Musculoskeletal Medicine

Explain bone physiology and histology and its role as a structural frame.
General Objectives

Part 4 / Medical Foundation 4 / Musculoskeletal Medicine

To provide a basic understanding of the structure and function of the nervous system and to introduce you to the various ways it is affected by common disorders.
General Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Recognize the major milestones for gross motor development.
General Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Differentiate inflammatory myopathies, metabolic myopathies, congenital structural myopathies, and dystrophies.
General Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Identify the anatomy and describe the physiology of the neuromuscular junction.
General Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Recognize the presentation and articulate the management of neuromuscular junction disorders.
General Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Discuss the anatomy and physiology of the ear and auditory system.
General Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Recognize the anatomy and physiology of the eye; cones, rods, eye ball, optic nerve.
General Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Explain the basic pathophysiology and common clinical presentations of multiple sclerosis.
General Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Discuss the anatomy, physiological connections, and neurochemistry of basal ganglia.
General Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Identify the structures that comprise the limbic system and recall their basic functions.
General Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Describe the basic anatomical substrate of memory.
General Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Explain how the brain protects itself against infection.
General Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Define seizures, epilepsy, and status epilepticus.
General Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Recognize major cerebral blood vessels.
General Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Upon completion of this problem, students should be able to describe normal muscle function.
Global Objectives

Part 4 / Medical Foundation 4 / Neuroscience

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

Part 4 / Medical Foundation 4 / Neuroscience

Upon completion of this problem, students should be able to describe the anatomy and basic functional circuitry of the basal ganglia.
Global Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Upon completion of this problem, students should be able to describe the microscopic anatomy and physiology of a peripheral nerve.
Global Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Upon completion of this problem, students should be able to describe the anatomy and physiology of the spine.
Global Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Upon completion of this problem, students should be able to discuss the anatomy and physiology of the eye and optic nerves.
Global Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Upon completion of this problem, students should be able to describe the anatomy and physiology of the auditory system.
Global Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Upon completion of this problem, students should be able to recognize the basic anatomy and function of some of the structures of the brainstem.
Global Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Upon completion of this problem, students should be able to recognize the anatomy and discuss the overall functioning of the limbic system.
Global Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Describe the role of the basal ganglia in the control of movement.
General Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Recognize signs of basal ganglia dysfunction.
General Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Explain the pathophysiology and clinical presentation of Parkinsonism.
General Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Upon completion of this problem, students will be able to describe the pathophysiology of multiple myeloma and its clinical features. Students will be able to describe the importance of apoptosis in the normal tissue and in tumorigenesis, and the limitations of conventional cytoreductive cancer therapies in tumours with defective apoptosis. Students should be able to describe the impact of genetic testing on cancer staging and therapy. Students will be able to describe a palliative approach to care.
Global Objectives

Part 5 / Integration Foundation

Upon completion of this case, students will be able to broadly describe the pathophysiology, clinical manifestations and general approach to management of the hematological malignancies in children. Students should be able to describe the role of genetic testing in the management of children with ALL.
Global Objectives

Part 5 / Integration Foundation

Pathophysiology of autoimmune disease
General Objectives

Host Defense and Neoplasia

Physiology of vaccinations
General Objectives

Host Defense and Neoplasia

Describe the pathophysiology and management of shock.
General Objectives

Part 5 / Integration Foundation / Complexity and Chronicity

Describe the physiologic changes associated with pregnancy and explain their implication on anesthetic management
Clerkship Objectives

Clerkship / Anesthesia Rotation / Obstetrics and Gynecology Rotation

Maternal physiologic and anatomic changes associated with pregnancy
Framework Objectives

Medical Foundation 3 / Obstetrics and Gynecology Rotation

Physiologic or pharmacologic basis of action of various methods of contraception
Framework Objectives

Obstetrics and Gynecology Rotation

Describe the main physiologic differences between pediatric and adult patients and explain their implication on anesthetic management
Clerkship Objectives

Clerkship / Anesthesia Rotation / Pediatrics Rotation

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.
Clerkship Objectives

Clerkship / Surgery Rotation

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.
Clerkship Objectives

Clerkship / Surgery Rotation

Describe the pathophysiology of intermittent claudication.
Clerkship Objectives

Clerkship / Surgery Rotation

The student will differentiate physiologic from pathological growth.
Clerkship Objectives

Clerkship / Orthopedic Surgery Rotation

Understand cancer as a disease of dysregulated cellular processes.
General Objectives

What is the effect of cancer on bone?
General Objectives

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