Biopacemaking (Series in Biomedical Engineering) 1st ed

Biopacemaking (Series in Biomedical Engineering) 1st ed

• Comprehensive Guide to Biopacemaking: Explores the principles and emerging technologies behind biological pacemakers as innovative alternatives to conventional electronic pacemakers.
• Interdisciplinary Biomedical Engineering Approach: Integrates concepts from biomedical engineering, molecular biology, cardiology, genetics, and regenerative medicine.
• Advances in Cardiac Therapy: Discusses gene therapy, stem cell therapy, tissue engineering, and bioelectrical mechanisms involved in restoring normal cardiac rhythm.
• Clinical Applications and Research: Highlights current research, experimental models, clinical challenges, and future prospects in the development of biological pacemakers.
• Evidence-Based Scientific Content: Presents detailed illustrations, research findings, and case studies to support the understanding of cardiac electrophysiology and therapeutic innovation.
• Ideal Resource for Researchers and Healthcare Professionals: An essential reference for biomedical engineers, cardiologists, electrophysiologists, medical researchers, graduate students, and professionals working in cardiovascular medicine and biomedical sciences.

Why Buy Biopacemaking (Series in Biomedical Engineering)?

• Explores the emerging field of biological pacemakers, highlighting innovative alternatives to conventional electronic cardiac pacemakers.
• Covers key topics including cardiac electrophysiology, stem cell therapy, gene therapy, tissue engineering, molecular biology, and regenerative medicine for treating heart rhythm disorders.
• Explains the scientific principles behind biological pacing, including the development, function, and clinical potential of biologically engineered pacemaker cells.
• Ideal for cardiologists, biomedical engineers, cardiovascular researchers, electrophysiologists, postgraduate medical students, and biomedical science professionals.
• Features evidence-based research, experimental findings, and advances in cardiac bioengineering and cardiovascular therapeutics.
• A valuable reference for understanding the future of cardiac rhythm management, regenerative cardiology, and biomedical device innovation.