The engineering problem of ski safety.
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Biomedical Engineering↗
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Results for “Biomedical Engineering”
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[Bone regeneration, cell therapy and tissue engineering].
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Animals↗
Skill requirements for the rehabilitation engineer: results of a survey.
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Biomedical Engineering↗
Highlights from the seventh annual conference of the IEEE Engineering in Medicine and Biology Society. Frontiers of engineering and computing in health care. September 27-30, 1985, Chicago, IL. Abstracts.
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Animals↗
Control engineering methods and systems in cardiology and cardio-surgery.
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Artificial Organs↗
[Hospital-based medical engineering service as an instrument for reducing hospital costs (author's transl)].
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Biomedical Engineering↗
Continuing education for employed clinical engineers: skills required for clinical engineering practice.
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Biomedical Engineering↗
Annual Conference of Engineering and the Physical Sciences in Medicine. 5-9 November 2000. Newcastle, Australia. Abstracts.
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Biomedical Engineering↗
[The field of rehabilitation engineering from the viewpoint of rehabilitation medicine].
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Activities of Daily Living↗
Collaborative possibilities between engineering and medicine in artificial organ research.
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Artificial Organs↗
Proceedings: A regional medical engineering plan.
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Academies and Institutes↗
[Engineer for technical hygiene--a new profession with a future].
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Biomedical Engineering↗
Rehabilitation engineering: the perceived needs from a physician's viewpoint.
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Aged↗
Tissue Engineering. Keystone symposium. Taos, New Mexico, February 20-26, 1994. Abstracts.
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Animals↗
A clinical engineering information system incorporating ECRI-HECS, HECSLINK, and dBase.
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Biomedical Engineering↗
Consolidation and downsizing: a new paradigm for clinical engineering.
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Biomedical Engineering↗
Engineering the right membranes for electrodes at the biological interface; solvent cast and electropolymerised.
A generic approach to adapting many sensors to the rigours of biomedical measurement is to protect appropriate components with selective solute discriminating membrane layers. Our work has utilised external barrier membranes for mass transport control to enzyme electrodes in order to adapt their behaviour to requisite clinical ranges; these membranes have had the additional important effect of reducing surface deposition of colloid and other material on electrode surfaces. Internal membranes, especially those interposed between the enzyme layer and the working electrode of an amperometric sensor, have been found by us to be remarkably important in determining sensor operational stability. This paper will review such membrane materials, including coating technologies, and suggest appropriate directions for future work.
Biomedical Engineering↗
Tissue engineering strategies for adipose tissue repair.
Tissue engineering is a relatively young field that combines engineering, clinical science, and life sciences to, in part, repair or regrow tissues. Adipose tissue has recently become a focus area for tissue engineering, encouraged by the large number of reconstructive, cosmetic, and correctional indications that could be addressed with clinically translatable adipose tissue engineering strategies. This review discusses the three aspects of an adipose construct, namely cell types, scaffold, and microenvironment, and presents current tissue engineering strategies under pursuit.
Adipose Tissue↗