Abstract：
Despite the rapid development of mobile health based on wearable devices in recent years, lack of access to biochemical detection remains a vital challenge for most commercial wearable devices, which hinders the provision of effective electronic health records (EHRs) for disease control strategies, and further constraining the development of personalized precision medicine. Herein, we propose a strategy to graft biochemical detection function onto commercial bracelet. Different from the conventional development process of designing a completely new wearable biochemical device, we prefer to upgrade existing commercial wearable device to achieve simpler, faster, and more effective research and commercialization processes. An affordable and user-friendly biochemical button module has been designed that enables to integrate sensitive, specific, and rapid biochemical detection function into the idle space on the strap of the bracelet without increasing the size of the main body. This \"Smart Bracelet Plus\" shows the ability to simultaneously monitor physical and biochemical signals, and will serve as a reliable and systematic personal diagnostics and monitoring platform for providing real-time EHRs for disease control strategies and improving the efficiency of the healthcare system.
摘要：
尽管近年来基于可穿戴设备的移动健康发展迅速,缺乏生化检测仍然是大多数商业可穿戴设备面临的重要挑战，这阻碍了为疾病控制策略提供有效的电子健康记录(EHR)，进一步制约了个性化精准医疗的发展。在这里，我们提出了一种将生化检测功能移植到商业手镯上的策略。不同于传统的设计一种全新的可穿戴生化设备的开发过程，我们更喜欢升级现有的商业可穿戴设备，以实现更简单的，更快,以及更有效的研究和商业化过程。一个经济实惠和用户友好的生化按钮模块已被设计，能够集成敏感，具体,和快速生化检测功能进入手镯表带上的闲置空间，而不会增加主体的尺寸。这个“智能手链加”显示了同时监测物理和生化信号的能力，并将作为一个可靠和系统的个人诊断和监测平台，为疾病控制策略提供实时EHR，并提高医疗保健系统的效率。
