Cardiovascular Hemodynamics An Introductory Guide 2nd Edition by Arman T Askari, Adrian W Messerli ISBN 9783030191313

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ISBN 10: 
ISBN 13: 9783030191313
Author: Arman T Askari, Adrian W Messerli

The second edition of this key resource provides a broad and fundamental overview of basic cardiovascular (CV) hemodynamic principles with a focus on clinical assessment of CV physiology. Extensively updated, the book includes new coverage on noninvasive hemodynamic assessment and the effects of selected interventions on CV hemodynamics. It provides an introduction to the basic concepts such as preload, afterload, myocardial contractility, and cardiac output. Subsequent chapters examine the effects of interventions such as vasodilators, beta blockers, pressor agents, inotropes, and different forms of invasive circulatory support. The book also focuses on various methods of hemodynamic evaluation including echocardiography, CT/MRI, noninvasive hemodynamic assessment, and cardiac catheterization. The book concludes with a discussion of proper diagnosis, evaluation, and management of patients using hemodynamic data on a variety of specific disease states.
 
An invaluable contribution to the Contemporary Cardiology Series, the Second Edition of Cardiovascular Hemodynamics: An Introductory Guide is an essential resource for physicians, residents, fellows, medical students, and researchers in cardiology, emergency medicine, critical care, and internal medicine.

Cardiovascular Hemodynamics An Introductory Guide 2nd Table of contents:

Chapter 1: Introduction to Cardiovascular Hemodynamics

• Overview of Cardiovascular Physiology
• Importance of Hemodynamics in Clinical Medicine
• Key Terminologies and Concepts

Chapter 2: Basic Cardiovascular Anatomy and Physiology

• The Heart: Structure and Function
• Blood Vessels and Circulatory Pathways
• The Physiology of Blood Flow
• The Role of the Lymphatic System

Chapter 3: Hemodynamic Principles

• Pressure, Flow, and Resistance
• Poiseuille’s Law
• The Relationship Between Flow and Vascular Resistance
• Laminar vs. Turbulent Flow
• The Role of Viscosity in Blood Flow

Chapter 4: Measurement of Hemodynamic Parameters

• Techniques for Measuring Blood Pressure
• Cardiac Output and Stroke Volume
• Arterial and Venous Pressure
• Flow Measurement Methods
• Invasive vs. Non-invasive Monitoring

Chapter 5: The Cardiac Cycle and Pressure-Volume Loops

• Phases of the Cardiac Cycle
• Pressure-Volume Relationships in the Left Ventricle
• The Wiggers Diagram: Understanding Cardiac Events
• Factors Affecting Heart Rate and Stroke Volume

Chapter 6: Cardiac Output and Its Regulation

• Definition and Importance of Cardiac Output
• Factors Influencing Cardiac Output
• The Frank-Starling Mechanism
• Sympathetic and Parasympathetic Modulation of Heart Function

Chapter 7: Blood Flow and Vascular Resistance

• Principles of Blood Flow Distribution
• Vascular Tone and Endothelial Function
• Microcirculation and Capillary Dynamics
• The Role of Arterial and Venous Compliance

Chapter 8: Hemodynamics in Health and Disease

• Hemodynamic Changes in Normal Physiological States
• Hypertension and Hypotension
• Heart Failure: Impact on Hemodynamics
• Shock and Hemodynamic Consequences

Chapter 9: Advanced Hemodynamic Monitoring

• Invasive Hemodynamic Monitoring Techniques
• Pulmonary Artery Catheters and Swan-Ganz Catheters
• Echocardiography and Doppler Ultrasound
• Impedance Cardiography and Bioimpedance

Chapter 10: Clinical Applications of Hemodynamic Monitoring

• Hemodynamics in Critical Care
• Hemodynamic Management in Surgical Settings
• Postoperative Hemodynamic Monitoring
• Hemodynamic Assessment in Cardiovascular Disease

Chapter 11: Hemodynamics in Special Populations

• Pediatrics and Hemodynamic Considerations
• Hemodynamics in Pregnancy
• Elderly Patients and Age-related Hemodynamic Changes

Chapter 12: Emerging Technologies and Future Directions in Hemodynamics

• Artificial Intelligence and Hemodynamic Modeling
• Wearable Devices for Continuous Monitoring
• Novel Hemodynamic Drug Therapies
• The Future of Personalized Hemodynamic Medicine

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