Engineering disciplines biomedical

Health care and a health delivery system based on WBSN requires multidisciplinary research and development in biology, physiology, physics, chemistry, micro/nano-technologies, material sciences, industrial sectors like medical devices, electronics, microchips, technical textiles, and telecommunications and related engineering disciplines. Thus, a close interdisciplinary collaboration between biomedical sensors... 

During the 1960 s, advances in biochemistry, genetics, and engineering drove the creation of biomedical engineering, which is the application of all engineering disciplines to medicine, and separated it... 

The text is suitable for a third-year course addressed to engineering students, particularly those in the chemical, civil, mechanical, environmental, biomedical, and materials disciplines. Biomedical and environmental engineers will find topics of interest in almost all chapters, while materials science students may wish to concentrate on the earlier portions of the text (Chapters 1 to 5). The entire text can, with some modest omissions, be covered in a single term. The professional with a first-time interest in the topic or a need for a refresher will find this a useful and up-to-date text. 

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