medportal CDB | Taxonomy | Basic Sciences / Metabolism

Taxonomies

Basic Sciences

Metabolism

Activities (44)
Objectives (98)

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Activities

Blood Gases: The ABCs of ABGs (Archived)
Large Group Session

Part 1

Approach to Pulmonary Function Tests
Active Large Group Session

Part 1 / Medical Foundation 1 / Respirology / Week 1

Intro to Oxygen Delivery
Active Large Group Session

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

Management of Nausea and Nutrition in Palliative Care (Archived)
Large Group Session

Part 2 / Medical Foundation 2

Diabetes Mellitus (Archived)
Large Group Session

Part 2 / Medical Foundation 2

Drug Metabolism (Archived)
Large Group Session

Part 2 / Medical Foundation 2

Drug Interactions (Archived)
Large Group Session

Part 2 / Medical Foundation 2

Nutrition & Disease Prevention and Treatment (Archived)
Large Group Session

Medical Foundation 2

Calcium Physiology (Archived)
Large Group Session

Part 2 / Medical Foundation 2

Jean La Barre MF2 Endocrinology and Metabolism (Archived)
Tutorial

Part 2 / Medical Foundation 2

Pediatric and Adult Obesity (Archived)
Large Group Session

Part 2 / Medical Foundation 2

Nutritional Anemias Part 1 (Archived)
e-Learning Module

Part 2 / Medical Foundation 2

Acid Base Disorders
Active Large Group Session

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

Ian Kilgour MF2 Hematology & Introduction to Neoplasia (Archived)
Tutorial

Part 2 / Medical Foundation 2 / Hematology

Alexandria Vardalos MF2 Hematology
Tutorial

Part 2 / Medical Foundation 2 / Hematology / Week 1

Newborn Screening (Archived)
Large Group Session

Part 3

Introduction to the Kidneys (Archived)
Large Group Session

Part 3 / Medical Foundation 3 / Renal / Week 1

GFR (glomerular filtration rate), Structure of the Nephron (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

Chronic Kidney Disease (Archived)
Large Group Session

Part 3 / Medical Foundation 3 / Renal

Drug Use in Renal Dysfunction (Archived)
Large Group Session

Part 3 / Medical Foundation 3 / Renal / Week 4

Maxwell Timbo MF3 Reproduction (Archived)
Tutorial

Part 3 / Medical Foundation 3 / Reproduction and Pregnancy

Savita Singh MF3 Reproduction
Tutorial

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

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

Part 3 / Medical Foundation 3 / Gastroenterology and Nutrition

Hannah Rosen Part 1 MF3 Gastroenterology and Nutrition
Tutorial

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

James Cork MF3 Gastroenterology and Nutrition
Tutorial

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

Lauren Bick MF3 Endocrinology
Tutorial

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

Amanda Porter MF3 Endocrinology
Tutorial

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

Overview of Endocrinology
Active Large Group Session

Part 3 / Medical Foundation 3 / Endocrinology / Week 1

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

Michel Dupois MF3 Endocrinology
Tutorial

Part 3 / Medical Foundation 3 / Endocrinology / Week 3

Julian Knight MF3 Endocrinology
Tutorial

Part 3 / Medical Foundation 3 / Endocrinology / Week 3

Diane Bainbridge MF4 MSK
Tutorial

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

Richard Strang MF4 MSK
Tutorial

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

Claire McFadden Part 2 IF Maternal and Child Health Risks
Tutorial

Part 5 / Integration Foundation / Maternal Health Risks/Aging-Related Care / Week 1

Principles of Pharmacology and General Anesthesia
e-Learning Module

Clerkship / Anesthesia Rotation

Jaundice & Liver Function
Concept Integration and Review

Post-clerkship / Concept Integration and Review / Week 1

Maternal-Fetal Pharmacology (Archived)
Large Group Session

Objectives

Understand the interaction between ventilation and metabolism.
Activity Objectives

Part 1 / Medical Foundation 1 / Respirology

Review special considerations and calculations in approach for metabolic acidosis interpretation. (Plasma anion gap, osmolar gap and delta-delta).
Activity Objectives

Part 1 / Medical Foundation 1 / Respirology / Week 1

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

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

Students will be able to outline the long-term effects of diabetes mellitus, as it affects the eye, the kidney, sexual function, the cardiovascular system and peripheral nervous system as well as the effects of diabetes on lipid metabolism.
General Objectives

Part 2 / Medical Foundation 2

The study of the sites and specific processes for the digestion and absorption of nutrients will provide an understanding of the functional units of the gastrointestinal system (from chewing and salivation in the mouth through to fecal excretion of unabsorbed food components) and the integration of muscular and enteric nervous system in the coordination and regulation of digestive activities.
General Objectives

Part 2 / Medical Foundation 2

Knowledge of the normal processes are key to understanding the abnormalities that occur in nutritional status when disorder of neuromuscular disorders, infections, allergies or enzyme deficiencies (e.g., pancreatic enzymes in cystic fibrosis) or metabolism of nutrients is interrupted by endocrine abnormalities (e.g., insulin resistance in obesity), leading to altered nutritional homeostasis.
General Objectives

Part 2 / Medical Foundation 2

To understand the clinical consequences of drug metabolism.
Activity Objectives

Part 2 / Medical Foundation 2

To understand some important pharmacokinetic concepts involving metabolism.
Activity Objectives

Part 2 / Medical Foundation 2

To understand some of the mechanisms of action for drug metabolism that occur in the liver.
Activity Objectives

Part 2 / Medical Foundation 2

Identify the metabolic function of thyroid hormone.
Activity Objectives

Part 2 / Medical Foundation 2

What is metabolism?
Activity Objectives

Part 2 / Medical Foundation 2

When are hormone levels normal?
Activity Objectives

Part 2 / Medical Foundation 2

Describe and apply the role of the kidney in the metabolism and excretion of drugs.
General Objectives

Part 2 / Medical Foundation 2 / Renal

Explain the mechanisms of action by which diuretics, beta blockers, ACE inhibitors, ARBs, and calcium channel blockers reduce elevated blood pressure.
General Objectives

Part 2 / Medical Foundation 2 / Renal

Describe the response of the cardiovascular and respiratory systems to too many red blood cells and too few red blood cells.
General Objectives

Part 2 / Medical Foundation 2 / Hematology

Develop a conceptual approach to diagnosis of anemia and polycythemia.
General Objectives

Part 2 / Medical Foundation 2 / Hematology

Describe the destruction of hemoglobin and bilirubin metabolism especially in relation to hemolytic disorders.
General Objectives

Part 2 / Medical Foundation 2 / Hematology

Explain the affinity of various hemoglobins for oxygen and other gases and how it impacts oxygen transport.
General Objectives

Part 2 / Medical Foundation 2 / Hematology

Describe the enteral digestion, absorption and metabolism of macronutrients and micronutrients.
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

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.
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

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

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.
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 the role of the liver in the control of energy storage and metabolism.
Activity Objectives

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

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

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

Part 3 / Medical Foundation 3 / Endocrinology

Summarize the clinical manifestations of excess or inadequate production of adrenal hormones, especially with respect to glucocorticoids and catecholamines.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

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.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Identify the role of vitamin D in calcium homeostasis.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Define osteoporosis and list secondary causes for this condition.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

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.
Global Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Upon completion of this problem, students will explain how a genetic defect can disturb normal lipoprotein metabolism and increase risk of cardiovascular disease.
Global Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Upon completion of this problem, students will describe the role of thyroid hormones in energy metabolism.
Global Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Identify what constitutes a hormone and the different types of hormonal signaling (endocrine, paracrine, autocrine).
Activity Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Provide an overview of the major endocrine glands and hormone products including the role of each hormone in homeostasis and metabolism.
Activity Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Explain the mode of action of peptide hormones and compare this type of hormone action to that of thyroid hormone and sex steroid hormones.
Activity Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Describe the role of insulin in energy metabolism.
General Objectives

Part 3 / Medical Foundation 3 / Endocrinology

Discuss the purpose of the endocrine system and how it relates to the concept of homeostasis.
Activity Objectives

Part 3 / Medical Foundation 3 / Endocrinology / Week 1

Explain the effects of mood stabilizers and antipsychotic medications on metabolic disturbances.
General Objectives

Part 4 / Medical Foundation 4 / Brain and Behaviour

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

Recognize major cerebral blood vessels.
General Objectives

Part 4 / Medical Foundation 4 / Neuroscience

Explain the principles surrounding newborn screening for inborn errors of metabolism.
General Objectives

Part 5 / Integration Foundation / Maternal Health Risks/Aging-Related Care

Explain the presentation and management of malignant hyperthermia as an example of the hypermetabolic state
Clerkship Objectives

Clerkship / Anesthesia Rotation

Explain the following concepts as they relate to drugs administered via intravenous: half-life, therapeutic range, metabolism, redistribution, elimination and target organ
Clerkship Objectives

Clerkship / Anesthesia Rotation

Mechanisms for drug transport across the placenta and the role of the placenta in drug metabolism.
General Objectives

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