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This book is indexed in
Medicine » Cardiology and Cardiovascular Medicine
Modern Pacemakers - Present and Future
Edited by Mithilesh Kumar Das, ISBN 978-953-307-214-2, Hard cover, 610 pages, Publisher: InTech, Chapters published February 14, 2011 under CC BY-NC-SA 3.0 license
DOI: 10.5772/556
The book focuses upon clinical as well as engineering aspects of modern cardiac pacemakers. Modern pacemaker functions, implant techniques, various complications related to implant and complications during follow-up are covered. The issue of interaction between magnetic resonance imaging and pacemakers are well discussed. Chapters are also included discussing the role of pacemakers in congenital and acquired conduction disease. Apart from pacing for bradycardia, the role of pacemakers in cardiac resynchronization therapy has been an important aspect of management of advanced heart failure. The book provides an excellent overview of implantation techniques as well as benefits and limitations of cardiac resynchronization therapy. Pacemaker follow-up with remote monitoring is getting more and more acceptance in clinical practice; therefore, chapters related to various aspects of remote monitoring are also incorporated in the book. The current aspect of cardiac pacemaker physiology and role of cardiac ion channels, as well as the present and future of biopacemakers are included to glimpse into the future management of conductions system diseases. We have also included chapters regarding gut pacemakers as well as pacemaker mechanisms of neural networks. Therefore, the book covers the entire spectrum of modern pacemaker therapy including implant techniques, device related complications, interactions, limitations, and benefits (including the role of pacing role in heart failure), as well as future prospects of cardiac pacing.
- Chapter 1
Information Technology Aspects of Integrated Cardiac Rhythm Disease Management - Chapter 2
Different Automatic Mode Switching in DDDR Pacemakers - Chapter 3
Advanced Techniques for CRT Implantation - Chapter 4
The Alternative Atrial Pacing Sites - Chapter 5
Left Ventricular Endocardial Pacing Techniques as an Alternative for Ineffective Cardiac Resynchronization Therapy and the Role of Acute Hemodynamic Evaluation - Chapter 6
Pacing Therapy in Infants and Children with Congenital and Acquired Complete Atrioventricular Block: Optimal Pacing Strategies, Management, and Follow-up - Chapter 7
Advantages of Right-Sided Implantation of Permanent Cardiac Pacemakers Performed by a Surgeon - Chapter 8
Telemonitoring of the Pacemakers - Chapter 9
Remote Monitoring in Patients with Pacemakers and Implantable Cardioverter-Defibrillators: New Perspectives for Complex Therapeutic Management - Chapter 10
Remote Monitoring of Implantable Pacemaker, Cardioverter Defibrillator, and Cardiac Resynchronizer - Chapter 11
Interaction between the RF Field of MRI Apparatus and Pacemakers - Chapter 12
Adverse Interactions between ICD and Permanent Pacemaker Systems - Chapter 13
Electromagnetic Interference of the Pacemakers - Chapter 14
Magnetic Resonance Imaging with MR Conditional Cardiac Pacemakers - Chapter 15
Complications of Pacemaker Implantation - Chapter 16
Common Pacemaker Problems: Lead and Pocket Complications - Chapter 17
Conduction Disturbances after the Superior Septal Approach for Mitral Valve Repair - Chapter 18
Complication of Pacemaker Implantation: An Atrial Lead Perforation - Chapter 19
Cardiac Perforation Associated with a Pacemaker or ICD Lead - Chapter 20
Long-Term Consequences of Endocardial Leads Present in Cardiovascular System - Chapter 21
Pacing System Malfunction: Evaluation and Troubleshooting - Chapter 22
Infections of Permanent Pacemakers and Implantable Cardioverter-Defibrillators - Chapter 23
Pacemaker and Network Mechanisms of Neural Rhythm Generation - Chapter 24
Network of Gut Pacemaker Cells: Spatio-Temporal Evaluation of Electrical Activity by Use of Microelectrode Array - Chapter 25
Possible Role or Respiratory Pacemaker Neurons in the Generation of Different Breathing Patterns - Chapter 26
Diaphragmatic Pacemaker - Chapter 27
Optical Techniques for Future Pacemaker Technology - Chapter 28
Creation of a Biopacemaker: Lessons from the Sinoatrial Node - Chapter 29
Advances in Research on Pacemaking Function of Interstitial Cell of Cajal in Gastrointestinal Tract - Chapter 30
Biological Pacemaker – Main Ideas and Optimization - Chapter 31
The Functional Role of Chloride Channels in Cardiac Pacemaker Activity - Chapter 32
The Funny Current in Cardiac Non-Pacemaker Cells: Functional Role and Pharmacological Modulation


