Abstract：
With the public heightened emphasis on mitigating the occurrence risks of health-related ailment and optimizing personal physical performance, portable chemical sensing devices emerged as an indispensable component of pervasive health monitoring. Chemical sensing enabled the immediate and on-site identification of biomarkers in biological fluids by integrating colorimetry, fluorescence, electrochemical, and other methods into portable sensor devices. These sensor devices incorporated microneedles, hydrogels, microfluidic modules, and papers, facilitating conformal human-device contact and providing several visual sensing options for disease prevention and healthcare management. This review systematically overviewed recent advancements in chemical sensors for marker detection, categorizing them based on monitoring device types. Furthermore, we also offered recommendations and opportunities for developing portable chemical sensing devices by summarizing sensor integration methods and tracking sites on the human body.
摘要：
随着公众越来越重视减轻健康相关疾病的发生风险和优化个人身体表现，便携式化学传感设备成为普遍健康监测不可或缺的组成部分。通过整合比色法，化学传感可以立即和现场识别生物流体中的生物标志物。荧光，电化学,和其他方法到便携式传感器设备。这些传感器装置装有微针，水凝胶,微流体模块，和文件，促进人体与设备的共形接触，并为疾病预防和医疗保健管理提供多种视觉传感选择。这篇综述系统地概述了用于标记物检测的化学传感器的最新进展，根据监控设备类型对它们进行分类。此外，我们还通过总结传感器集成方法和人体跟踪部位，为开发便携式化学传感设备提供了建议和机会。
