全植入式遥测系统的集成电路方法。

Biotelemetry and patient monitoring Pub Date : 1979-01-01
J W Knutti, H V Allen, J D Meindl
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引用次数: 0

摘要

已经开发了一系列完全植入式遥测系统来确定慢性研究动物的血流、压力、尺寸、温度和生物电活动等关键生理参数。定制集成电路提供了所需的信号处理复杂性和性能,以充分测量动物,准确预测人类的反应。额外的植入物和换能器技术是完成整套仪器的必要条件。虽然这些技术的成本很高,但由于可以在较长时间内研究较少的动物,因此所获得的独特信息和医学研究费用的总体减少大大抵消了这些成本。一些基于ic的植入物在一些生理学和实验性药物研究中使用,这些研究无法通过其他方法获得足够的可靠性和性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An integrated circuit approach to totally implantable telemetry systems.

A series of totally implantable telemetry systems has been developed to determine such key physiological parameters as blood flow, pressure, dimensions, temperature, and bioelectrical activity in chronic research animals. Custom integrated circuits provide the signal-processing complexity and performance required to sufficiently instrument the animals for an accurate prediction of human responses. Additional implant and transducer technologies are necessary to complete the instrument package. Although the costs of these technologies are high, they are more than offset by the unique information obtained and overall reduction in the expenses of medical research because fewer animals can be studied over longer periods. A number of the IC-based implants are in use in several physiology and experimental drug studies where adequate reliability and performance could not be achieved by alternate approaches.

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