This case is mainly about a creative approach to health analysis. It applies information about medical treatment and medical equipment, especially the market for medical devices and diagnostic services. We are looking forward to finding a faster and easier way to do health analysis on the aging problem. The world market for medical devices and diagnostic services was valued in 2010 at $286 billion. This diverse market covers both the equipment and the services provided including in vitro testing, imaging, endoscopy and energy-based therapies. While an aging population requires more diagnostics, the healthcare system is keen on reining in costs. At the same time, the industry is searching for innovations that offer faster and easier analyses. Rapid testing kits, with digital reading, are not only supported by demand from the clinical sector, but also sports and public order agencies are requiring an immediate confirmation of the use of performance-enhancing substances, or stimuli for the central nervous system. He came to the conclusion that the body can only function when the patient enhances the immune system first of all by reducing the stresses caused by bacterial infection and heavy metals. Surprisingly his first diagnosis is based on a 3-D rendering of the mouth. This test is complemented with dark field microscopy, an effective technique that enhances contrast in biological samples such as blood. This technique shines a light on a sample that will not be reflected inside the lens, thus creating a dark background while the objects appear light. This is a smart use of physics to enhance diagnostics.
这个案例主要讲述了一种创新的健康分析方法。它应用了有关医疗治疗和医疗设备的信息，特别是医疗器械和诊断服务市场。我们期待着找到一种更快、更简便的方法来进行老龄问题的健康分析。
2010年，全球医疗器械和诊断服务市场价值达到2860亿美元。这个多元化的市场涵盖了设备和服务，包括体外测试、影像学、内窥镜和能量疗法。随着人口老龄化，需要进行更多的诊断，医疗保健系统则在努力控制成本。与此同时，行业正在寻找能够提供更快、更简便分析的创新方法。快速测试套件配备数字读数，不仅受到临床部门的需求支持，体育和公共秩序机构也要求立即确认增强性能的物质或中枢神经系统的刺激使用情况。
研究者得出的结论是，在患者通过减少细菌感染和重金属所致的压力来首先提高免疫系统的功能时，身体才能正常运作。令人惊讶的是，他的第一次诊断是基于口腔的三维渲染。这种测试结合了暗场显微镜技术，这是一种增强生物样本（如血液）对比度的有效方法。这种技术对样本照射光线，而光线在镜头内部不会反射，从而在背景呈现暗色的同时，使物体看起来明亮。这是物理学在提高诊断方面的巧妙运用。
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