Cardiovascular Physiology Concepts (2nd Edition)

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Book Description

“Cardiovascular Physiology Concepts,” authored by Richard E. Klabunde in its 2nd edition, offers a comprehensive exploration of the principles underlying cardiovascular function. Here's an overview of what you can expect from this edition:

1. Introduction to Cardiovascular Physiology: Klabunde begins by introducing the structure and function of the cardiovascular system, including the heart, blood vessels, and blood. He covers basic concepts such as cardiac output, blood pressure, and circulation.
2. Cardiac Muscle Physiology: The book delves into the physiology of cardiac muscle, examining topics such as excitation-contraction coupling, cardiac action potentials, contractile proteins, and mechanisms of cardiac contraction and relaxation.
3. Cardiac Electrophysiology: Klabunde explores the electrical properties of the heart, including the generation and propagation of action potentials, the cardiac conduction system, and the regulation of heart rate and rhythm.
4. Cardiovascular Hemodynamics: The textbook covers principles of hemodynamics, including blood flow, blood pressure, resistance, compliance, and viscosity. Klabunde discusses the factors influencing blood flow through the cardiovascular system and the relationship between pressure, flow, and resistance.
5. Regulation of Cardiac Output: Klabunde examines the regulation of cardiac output, including mechanisms controlling stroke volume and heart rate. He discusses neural, hormonal, and local factors that modulate cardiac function to meet the body's metabolic demands.
6. Vascular Physiology: The book explores the physiology of blood vessels, including arteries, veins, and capillaries. Klabunde discusses vascular tone, regulation of blood pressure, distribution of blood flow, and mechanisms of blood pressure regulation.
7. Cardiovascular Responses to Exercise and Stress: Klabunde examines the cardiovascular responses to exercise, stress, and other physiological challenges. He discusses the acute and chronic adaptations of the cardiovascular system to physical activity and stressors.
8. Integrated Cardiovascular Function: The textbook integrates concepts from previous chapters to explain how the cardiovascular system functions as a coordinated whole to maintain homeostasis. Klabunde discusses the interplay between cardiac function, vascular function, and neural and hormonal regulation.
9. Clinical Applications: Throughout the book, Klabunde includes clinical applications and examples to illustrate the relevance of cardiovascular physiology to clinical practice. He discusses common cardiovascular disorders, diagnostic tests, therapeutic interventions, and pharmacological treatments.
10. Emerging Topics and Research: Klabunde explores emerging topics and areas of research in cardiovascular physiology, including genetics, molecular mechanisms, computational modeling, and translational approaches to cardiovascular disease.

Overall, “Cardiovascular Physiology Concepts” offers a comprehensive and accessible resource for students, educators, and practitioners interested in understanding the fundamental principles of cardiovascular function. With its clear explanations, illustrations, and clinical correlations, it provides readers with a solid foundation in cardiovascular physiology and its implications for health and disease.