Titlebook: Emerging Electromagnetic Medicine; Mary Ellen O’Connor,Richard H. C. Bentall,John C. Book 1990 Springer-Verlag New York, Inc. 1990 Monito

精致

淺灘

Book 1990ion I describes the theoretical concerns and actual mechanisms involved; Section II covers current preclinical studies, performed in vivo and in vitro, concerning the biological action of the electromagnetic radiation; and Section III reports on actual clinical applications of electromagnetic therapy and also the current machinery used to do so.

Aspiration

委托

https://doi.org/10.1007/978-1-4614-5209-6, we review what is presently known about electroporation, and suggest questions that might be asked in considering medical technology which involves exposure of cells and tissue to electrical fields and currents.

拔出

https://doi.org/10.1007/978-981-99-5030-0ter. His first ten cancer patients were treated with toxin-induced hyperthermia that ranged from 38 to 40.2°C.. With Coley’s studies, hyperthermia first became a part of the oncologist’s armamentarium for the treatment of cancer..

絆住

Electroporation: A New Phenomenon to Consider in Medical Technology, we review what is presently known about electroporation, and suggest questions that might be asked in considering medical technology which involves exposure of cells and tissue to electrical fields and currents.

coagulate

媒介

Metabolic Spectroscopy for Monitoring Electromagnetic Medical Techniqueso monitoring tissue metabolic status during medical treatment. Methods are being developed that provide both area and depth resolved metabolic measurements. This emerging technology provides high contrast images of tissue metabolism, perfusion and oxygenation for use in monitoring effects of electromagnetic radiation on tissues.

HEED

Electromagnetic Field Focusing (EFF) Probe: Applications in Aneurysm Treatment, Angioplasty, and Brale to CO. laser. Unlike lasers, the EFF probe features tactile operation (i.e., action on touch only) such that the depth hazard associated with lasers is absent. The EFF probe simultaneously cuts (vaporizes) and cauterizes biological tissues except cortical bone. Cauterizing alone can be attained at a lower power setting.

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