2020

Biosensors to monitor MS activity.

Multiple sclerosis (Houndmills, Basingstoke, England) Graves JS, Montalban X
阅读原文 PDF DOI PubMed

组成图示

示意图生成中

传感器类型

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检测灵敏度

效应效果

传感器的构成

中文摘要

英文摘要

Advances in wearable and wireless biosensing technology pave the way for a brave new world of novel multiple sclerosis (MS) outcome measures. Our current tools for examining patients date back to the 19th century and while invaluable to the neurologist invite accompaniment from these new technologies and artificial intelligence (AI) analytical methods. While the most common biosensor tool used in MS publications to date is the accelerometer, the landscape is changing quickly with multi-sensor applications, electrodermal sensors, and wireless radiofrequency waves. Some caution is warranted to ensure novel outcomes have clear clinical relevance and stand-up to the rigors of reliability, reproducibility, and precision, but the ultimate implementation of biosensing in the MS clinical setting is inevitable.

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