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Humans are electric beings. We are managed, monitored, and stimulated electrically. This textbook provides students and practitioners with a solid foundation and understanding of human electricity and the work currently being done to further develop electrical signals for medical purposes and related goals. The book introduces the fundamentals of how biological systems generate electrical signals, covering a wide range of biomedical engineering topics including bioelectricity, biomedical signals, neural engineering, and brain-computer interface. The book is presented in three sections: Part I explains how electrical signals and impulses manage the human body; Part II examines the kinds of electrical signals from the human body and how they are monitored, controlled, and used; Part III looks at clinical use of electrical stimulation toward the human body and how they are being developed for interventions in medicine. The book is also a valuable professional reference for practicing engineers and scientists.
- Explains humans as electric beings who are managed, monitored, and stimulated electrically;
- Deals with the electricity of major human organs;
- Covers a wide range of biomedical engineering topics
List of contents
Introduction.- Part I: Electricity Within Humans.- Basic Unit of Human Electricity.- Electric Potential at Rest.- Electrical Potential at Action.- Receptor Potentials.- Conduction and Control of Electrical Potentials.- Part II: Electricity From Humans.- Electrical Signal From the Heart.- Electrical Signal From the Brain.- Electrical Signals From Other Muscles and Neurons.- Brain-Computer Interface.- Electrical Signals for Human Identification and Authentication.- Part III: Electricity Toward Humans.- Electrical Stimulation for the Heart.- Electrical Stimulation for the Brain.- Electrical Stimulation for the Hearing and Vision Disabled.- Electrical Stimulation of Nerves and Muscles.- Health-Related Effects of Electricity.
About the author
Kwang Suk Park received a B.S. and a Ph.D. in the Department of Electronics Engineering from Seoul National University, Korea. He is currently a professor in the Department of Biomedical Engineering at Seoul National University. He is a member of the Korean Society of Medical and Biological Engineering and has served as president in 2014. He also served as the secretary general of the World Congress on Medical Physic and Biomedical Engineering in 2006. He is also a senior member of IEEE EMBS and has served as an associate editor for the IEEE Journal of Biomedical and Health Informatics for 6 years. He has served for EMBC2017 as the conference chair. He also chaired and co-chaired the annual International Conference on Ubiquitous Healthcare for 16 years. His main research area is biological signal measurement and processing focusing on non intrusive measurements for ubiquitous healthcare. He published 158 peer-reviewed articles in this area.
Summary
Humans are electric beings. We are managed, monitored, and stimulated electrically. This textbook provides students and practitioners with a solid foundation and understanding of human electricity and the work currently being done to further develop electrical signals for medical purposes and related goals. The book introduces the fundamentals of how biological systems generate electrical signals, covering a wide range of biomedical engineering topics including bioelectricity, biomedical signals, neural engineering, and brain-computer interface. The book is presented in three sections: Part I explains how electrical signals and impulses manage the human body; Part II examines the kinds of electrical signals from the human body and how they are monitored, controlled, and used; Part III looks at clinical use of electrical stimulation toward the human body and how they are being developed for interventions in medicine. The book is also a valuable professional reference for practicing engineers and scientists.
- Explains humans as electric beings who are managed, monitored, and stimulated electrically;
- Deals with the electricity of major human organs;
- Covers a wide range of biomedical engineering topics
