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Radiometry in medicine and biology

机译:医学与生物学的辐射测定

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摘要

Diagnostics in medicine plays a critical role in helping medical professionals deliver proper diagnostic decisions. Most samples in this trade are of the human origin and a great portion of methodologies practiced in biology labs is shared in clinical diagnostic laboratories as well. Most clinical tests are quantitative in nature and recent increase in interests in preventive medicine requires the determination of minimal concentration of target analyte: they exist in small quantities at the early stage of various diseases. Radiometry or the use of optical radiation is the most trusted and reliable means of converting biologic concentrations into quantitative physical quantities. Since optical energy is readily available in varying energies (or wavelengths), the appropriate combination of light and the sample absorption properties provides reliable information about the sample concentration through Beer-Lambert law to a decent precision. In this article, the commonly practiced techniques in clinical and biology labs are reviewed from the standpoint of radiometry.
机译:医学的诊断在帮助医学专业人员提供适当的诊断决策方面发挥着关键作用。该贸易中大多数样本都是人类来源的,并且在生物实验室中实行的一部分是临床诊断实验室的方法。大多数临床试验是定量的性质,最近预防医学兴趣的增加需要确定最小浓度的靶分析物:它们存在于各种疾病的早期少量的少量。辐射测定或光辐射的使用是将生物浓度转化为定量物理量的最可靠和可靠的方法。由于光学能量易于在不同的能量(或波长)中,因此通过Beer-Lambert法律将样品浓度的适当组合提供可靠的信息,通过Beer-Lambert Lave至体积精度。在本文中,从辐射测定的观点来看,临床和生物学实验室中的常用技术。

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