Practical cardiovascular hemodynamics : with self-assessment problems / Elias B. Hanna, D. Luke Glanc.

Format:

Book

Author/Creator:

Hanna, Elias B.

Language:

English

Subjects (All):

Hemodynamics.

Heart--Diseases--Diagnosis.

Heart.

Heart--Diseases--Treatment.

Physical Description:

1 online resource (x, 402 pages) : illustrations

Edition:

1st ed.

Place of Publication:

New York : Demos Medical, 2012, c2013.

Language Note:

English.

Summary:

Practical Cardiovascular Hemodynamics provides an in-depth understanding of waveforms and tracings seen in various disease states as well as pathophysiology behind those findings.Practical issues that are rarely discussed or focused upon in textbooks are highlighted in this book with detailed waveform analysis.

Contents:

Cover; Title Page; Copyright; Dedication; Contents; Preface; Abbreviations; Acknowledgements; Section A. Basic and Advanced Hemodynamics Elias B. Hanna; I Pressure tracings; I.1 Right Atrial Pressure Tracing; I.2 Right Ventricular Pressure Tracing-Characteristics of RV Failure; I.3 Pulmonary Artery Pressure Tracing; I.4 Pulmonary Capillary Wedge Pressure; I.5. Left Ventricular Pressure Tracing and Interpretation of LVEDP-Left Ventricular Failure; I.6 Aortic Pressure, Peripheral Arterial Pressure, and Description of Damping and Ventricularization of Aortic Pressure upon Coronary Engagement

I.7 Pressure Damping and Other Sources of Pressure ArtifactI.8 Establish the Zero Reference; I.9 Effect of Respiration on Intracardiac Pressures and Concept of Transmural Pressure; II Measurement of Cardiac output and Vascular Resistances; III Evaluation of Left-to-Right and Right-to-Left Shunts and Calculation of Shunt Ratio; III.1 Shunt Evaluation; III.2 Shunt Ration Calculation in case of O2 Therapy; III.3 Shunt and Pulmonary Hypertension; III.4 Examples of Oximetry Runs; III.5 Shunt Case with Pulmonary Hypertension

IV Overview of the Steps Performed During a Standard Right and Left Heart CatheterizationV Left Ventricular Failure; V.1 Overview; V.2 Heart Failure with Normal LVEDP and Normal PCWP at Rest-Value of Stress Testing; V.3 Assessment of LV Contractility; V.4 Echocardiographic Determination of LV Filling Pressures; VI Valvular disorders: Calculation of Valvular Area; VI.1 Overview; VI.2 Calculation of Valvular Area in Atrial Fibrillation; VI.3 Calculation of Valvular Area in Case of Coexisting Regurgitation of the Same Valve; VII Valvular Disorders: Aortic Stenosis

VII.1 Types of Transaortic Valve GradientsVII.2 Morphology of the Aortic Pressure Tracing in Severe as; VII.3 How to Obtain the Transaortic Pressure Gradient; VII.4 Case of AF; VII.5. Case of low-gradient AS with AVA £1 cm2 and low EF <40%; VII.6. Case of low-gradient AS with AVA £1 cm2 but normal EF; VII.7. Pressure recovery phenomenon; VII.8. LVOT obstruction and LV flow acceleration in aortic stenosis following aortic valve replacement; VIII Valvular Disorders: Mitral Stenosis; VIII.1. LA pressure waveform and transmitral pressuregradient in MS

VIII.2. How to obtain transmitral valve gradientVIII.3. Note on the echocardiographic determination of MS severity; VIII.4. Pulmonary hypertension in MS; VIII.5. Case of AF; VIII.6. Stress testing for MS; VIII.7. Assessment of the results of mitral balloon valvuloplasty; IX Other valvular disorders: Mitral regurgitation,aortic insufficiency,tricuspid regurgitation,pulmonic stenosis, and prosthetic valves; IX.1. Mitral regurgitation; IX.2. Aortic insufficiency; IX.3. Tricuspid regurgitation; IX.4. Pulmonic stenosis; IX.5. Tricuspid stenosis; IX.6. Pulmonic insufficiency

IX.7. Prosthetic valves

Notes:

Description based upon print version of record.

Includes bibliographical references and index.

Description based on publisher supplied metadata and other sources.

ISBN:

1-61705-139-X

OCLC:

809774409