Results 111 to 120 of about 88,090 (148)
Some of the next articles are maybe not open access.
Introduction to medical electronics
Progress in Cardiovascular Diseases, 1963Summary In this paper emphasis has been given to applications of engineering to medicine and biology. There have been several hints of the inverse situation: applications of biology to engineering. In the long run this latter approach should prove just as fruitful.
D B, GESELOWITZ, S A, BRILLER
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Medical narratives in electronic medical records
International Journal of Medical Informatics, 1997In this article, we describe the state of the art and directions of current development and research with respect to the inclusion of medical narratives in electronic medical-record systems. We used information about 20 electronic medical-record systems as presented in the literature.
Tange, H.J. +3 more
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Royal Society of Health Journal, 1960
Contains reports on one research project.
Levison, W. H., Jackson, W. D.
+7 more sources
Contains reports on one research project.
Levison, W. H., Jackson, W. D.
+7 more sources
THE TEACHING OF MEDICAL ELECTRONICS
Acta Anaesthesiologica Scandinavica, 1962SUMMARYA brief description is given of courses on ‘Measurement in Anaesthesia’ and ‘Practical Medical Electronics’ which have been organised at the Royal College of Surgeons of England. The courses are designed to allow students with little time to spare to be able to attend. Emphasis is placed on practical work and the use of equipment by the students.
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AMPLIFIERS IN MEDICAL ELECTRONICS
Acta Anaesthesiologica Scandinavica, 1962SUMMARYA brief description of the operation of thermionic valves is given. This leads to the design of multi‐stage amplifiers. Methods are presented for coupling stages of amplifiers required to handle signals of an alternating or direct nature. Some idea is given of the mode of action of transistors, and a comparison drawn between valve and transistor
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Electronic Medication Management
2010This chapter gives an educational overview of:
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IEEE Spectrum, 1994
Describes recent technological advances in the field of medical electronics. One emerging field is tissue engineering. It sidesteps traditional medicine, which seeks the root cause of disease. If something is broken, tissue engineers try to fix or replace it. Recent technological advances also promote more refined operations on such vital organs as the
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Describes recent technological advances in the field of medical electronics. One emerging field is tissue engineering. It sidesteps traditional medicine, which seeks the root cause of disease. If something is broken, tissue engineers try to fix or replace it. Recent technological advances also promote more refined operations on such vital organs as the
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IEEE Spectrum, 1997
Three devices released last year or planned for this one superbly illustrate the breadth of the medical profession's interests and its intimacy with electronics. At one extreme of medical care is major surgery, with brain surgery surely the most frightening.
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Three devices released last year or planned for this one superbly illustrate the breadth of the medical profession's interests and its intimacy with electronics. At one extreme of medical care is major surgery, with brain surgery surely the most frightening.
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Flexible Electronics and Devices as Human–Machine Interfaces for Medical Robotics
Advanced Materials, 2022Wei Gao, Wei Gao
exaly