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Electronic Books for Biomedical Information

Journal of Electronic Resources in Medical Libraries, 2010
Electronic books and other content have increased in popularity in recent years, partially due to releases of user-friendly electronic readers. Biomedical content lends itself especially well to electronic format. This article will review NetLibrary® and Thieme E-Book Library, two electronic content providers, for their search interface, electronic ...
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Epidermal electronics – flexible electronics for biomedical applications

2015
Most people are impressed, if not amazed, at the fantastic progress in the biomedical field, which barely existed 50 years ago. There have been giant leaps not just in the manner in which technology is being used to treat patients, but also in the way the electronics ...
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Polymers for Biomedical Electronic Devices

IEEE Transactions on Industrial Electronics and Control Instrumentation, 1970
Definitive criteria for the selection of polymers to be used with implanted biomedical electronic devices are not generally available. Critical aspects, such as corrosion, fatigue, instability, irritability to tissues, and thrombogenicity of component materials, force the designer to draw primarily upon empirical in vivo experience.
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[The future of electronic biomedical journals].

Presse medicale (Paris, France : 1983), 2009
Old journals are using information technologies by putting production pdfs on line and applying several useful functions, such as search engines or podcasts. Journals have rapidly taken up the Electronic Long Paper Short (ELPS) trend, publishing abridged articles in the physical journal and longer versions on their websites, with electronic supplements
Hervé, Maisonneuve, Claude, Schnitter
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Electronics in the AEC biomedical program

Electrical Engineering, 1953
The general way in which electronic phenomena are applied to the problems of human ills is reviewed and the activities of the United States Atomic Energy Commission's Division of Biology and Medicine are outlined. In addition, certain lines of development in the immediate future, which anticipated requirements make desirable, are indicated.
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Single Electronics for Biomedical Applications

2017
The nanoelectronic circuits based on single electronics would revolutionise the new generation electronic bio-medical gadgets. The high speed nanoelectronic devices would make these gadgets faster and more accurate. The nanoelectronic integrated circuits would be a boon for power saving along with advanced portability.
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Biomedical Electron Microscopy

Shock, 1999
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A Hospitalʼs Role In Training Biomedical Electronics Technicians

Journal of Clinical Engineering, 1982
The need for hospital participation in the undergraduate training of Biomedical Electronics Technicians is discussed in this paper, along with methodology for the training program. The cooperation of a technology school and a hospital in BMET training provides benefits to both with additional unique benefits for the students.
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Graphene and Two-Dimensional Materials-Based Flexible Electronics for Wearable Biomedical Sensors

Electronics, 2023
Hyun-Cheol Song, Il Doh, Daniel J Joe
exaly  

Biomedical electronics: potentialities and problems.

Science (New York, N.Y.), 1998
The present annual expenditure in the biomedical sciences, now less than 2 percent of the funds appropriated for defense, must be significantly increased if the great gain that can result from the adequate application of electronic technology in biomedical science is to be realized.
R S, LEDLEY, L B, LUSTED
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