Cardiovascular Physiology Concepts Richard E. Klabunde, Ph.D.
HOME
Search Contents
Keywords Tutorials
Topics:
Arrhythmias
Cardiac Valve Disease
Coronary Artery Disease
Edema
Heart Failure
Hypertension
Peripheral Artery Disease
Click here for information on Cardiovascular Physiology Concepts, published by Lippincott Williams & Wilkins (2005)
Topical Table of Contents
Jump to: Arrhythmias Cardiac Valve disease (heart murmurs) Coronary artery disease Edema Heart failure Hypertension Peripheral artery disease (Intermittent claudication)
Jump to:
Arrhythmias Cardiac Valve disease (heart murmurs) Coronary artery disease Edema Heart failure Hypertension Peripheral artery disease (Intermittent claudication)
Cardiac Valve disease (heart murmurs)
Coronary artery disease
Heart failure
Peripheral artery disease (Intermittent claudication)
A. Introduction to cardiac arrhythmias B. Membrane potentials C. Action potentials D. Impulse conduction E. Causes of Arrhythmias F. Types of arrhythmias G. Electrocardiogram Top of Page
A. Introduction to cardiac arrhythmias
B. Membrane potentials
C. Action potentials
D. Impulse conduction
E. Causes of Arrhythmias
F. Types of arrhythmias
G. Electrocardiogram
Top of Page
Cardiac Valve Disease (Heart Murmurs)
A. Introduction to valve disease and heart murmurs B. Cardiac cycle C. Valve defects 1. Stenosis 2. Insufficiency (regurgitation) D. Ventricular septal defect E. Functional murmur Top of Page
A. Introduction to valve disease and heart murmurs
B. Cardiac cycle
C. Valve defects
1. Stenosis
2. Insufficiency (regurgitation)
D. Ventricular septal defect
E. Functional murmur
A. Introduction to coronary artery disease B. Angina C. Oxygen supply/demand imbalance D. Oxygen demand E. Consequences of ischemia and hypoxia 1. Metabolic changes 2. Myocardial infarction 3. Electrophysiological changes 4. Impaired systolic and diastolic function 5. Stunning, Hibernation, Preconditioning Top of Page Edema A. Introduction to capillary fluid exchange and edema B. Physical factors regulating capillary fluid exchange Top of Page
A. Introduction to coronary artery disease
B. Angina
C. Oxygen supply/demand imbalance
D. Oxygen demand
E. Consequences of ischemia and hypoxia
1. Metabolic changes
2. Myocardial infarction
3. Electrophysiological changes
4. Impaired systolic and diastolic function
5. Stunning, Hibernation, Preconditioning
A. Introduction to capillary fluid exchange and edema
B. Physical factors regulating capillary fluid exchange
A. Introduction to heart failure B. Normal cardiac function 1. Regulation of heart rate 2. Regulation of stroke volume C. Pathophysiology of heart failure C. Systolic dysfunction D. Diastolic dysfunction E. Neurohumoral compensatory mechanisms Top of Page
A. Introduction to heart failure
B. Normal cardiac function
1. Regulation of heart rate
2. Regulation of stroke volume
C. Pathophysiology of heart failure
C. Systolic dysfunction
D. Diastolic dysfunction
E. Neurohumoral compensatory mechanisms
A. Introduction to hypertension B. Vascular anatomy and function C. Arterial pressure D. Neurohumoral regulation of arterial pressure Top of Page
A. Introduction to hypertension
B. Vascular anatomy and function
C. Arterial pressure
D. Neurohumoral regulation of arterial pressure
Peripheral Artery Disease (Intermittent Claudication)
A. Peripheral Arterial Occlusive Disease (Intermittent Claudication) B. Lower limb hemodynamics C. Ankle pressure index D. Single stenotic lesions E. Multiple stenotic lesions Top of Page
A. Peripheral Arterial Occlusive Disease (Intermittent Claudication)
B. Lower limb hemodynamics
C. Ankle pressure index
D. Single stenotic lesions
E. Multiple stenotic lesions
Revised 11/03/06
DISCLAIMER: These materials are for educational purposes only, and are not a source of medical decision-making advice.
© 1999-2008 Richard E. Klabunde, all rights reserved.