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Cardiovascular Physiology and Pathophysiology

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  1. Physiology

    Structure and Function
    4 Topics
    1. Anatomy
    2. Role of the Cardiovascular System
    3. Functions of Heart Components
    4. Clinical Context: Types of Cardiovascular Disease
  2. Lymphatics and Edema Formation
  3. The Microcirculation
  4. Vascular Control
    3 Topics
    1. Blood Pressure
    2. Peripheral Vascular Resistance
    3. Clinical Context: Syncope
  5. The Cardiac Cycle
  6. Determinants of Myocardial Performance
    7 Topics
    1. Concepts in Myocardial Performance
    2. Heart Rate
    3. Preload
    4. Afterload
    5. Contractility
    6. Distensibility
    7. Synergy of Contraction
  7. Neuro-Control of Heart and Vasculature
    4 Topics
    1. Autonomic Nervous System
    2. Alpha Receptors
    3. Beta Receptors
    4. Muscarinic Receptors
  8. Electro-Mechanical Association
    4 Topics
    1. Introduction to Electromechanical Association
    2. Contractile Proteins and Calcium
    3. Relaxation
    4. Clinical Context: Altering Contractility
  9. Electrical Side of the Heart
    4 Topics
    1. The Action Potential
    2. Electrical System of the Heart
    3. Comparative Anatomy
    4. The Electrocardiogram
  10. Pathophysiology
    Defining Heart Failure
  11. Causes of Heart Failure
  12. MVO2 and Heart Failure
  13. Cardiac Output and Heart Failure
    7 Topics
    1. Determinants of cardiac output
    2. Preload
    3. Afterload
    4. Contractility
    5. Heart Rate
    6. Distensibility
    7. Synergy of Contraction
  14. Compensation for Circulatory Failure
  15. Vascular Tone in Heart Failure

Participants 2164

  • Ivy Mae
  • Tiffany
  • Alberto
  • Chase Wheeler
  • Elizabeth
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Cardiovascular Physiology and Pathophysiology Electro-Mechanical Association
Lesson 8 of 15
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Electro-Mechanical Association

Lesson Content
0% Complete 0/4 Steps
Introduction to Electromechanical Association
Contractile Proteins and Calcium
Relaxation
Clinical Context: Altering Contractility

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