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Mass Screening for Infectious Disease Containment and Pandemic outbreaks - Misconceptions

机译:大规模筛查传染病遏制和大流行的爆发-误解

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IR imaging in mass screening for the containment of pandemic disease is based on detecting a febril (fever) state in individuals. The ability to use IR affectively for this is dependent on a good understanding of the physiology and physics related to the pathology that we are trying to screen for and is not restricted to temperature measurements alone. The radiometric thermal data processed during real-time imaging must include calibrated reference sources, thermal pattern recognition and comparative analysis between individual people being screened. A screening test should have high 'sensitivity' rather than 'specificity' and to be effective the false negative rate must be very low. To achieve this the false positive rate will be higher by necessity and so a 'secondary' level of screening can be implemented to bring the false positive rate to within a manageable level by the higher 'specificity' secondary level of screening.
机译:大规模筛查大流行性疾病的遏制中的红外成像是基于检测个体的发热状态。有效地使用IR的能力取决于对生理学和与我们要筛选的病理学相关的物理学的深入了解,而不仅限于温度测量。在实时成像过程中处理的辐射热数据必须包括校准的参考源,热模式识别以及被筛查人员之间的比较分析。筛查测试应具有较高的“敏感性”而不是“特异性”,并且要使其有效,假阴性率必须非常低。为了达到这个目的,假阳性率必然会更高,因此可以通过较高的“特异性”二级筛查来实现“二级”筛查,以使假阳性率达到可管理的水平。

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