研究方向Research Directions

Microfluidic biosensor platform with rotary microvalve, signal enhancement, and AI-assisted readout

微流控生物传感器

Microfluidic Biosensors

我们开发微流控生物传感器，将复杂的生物检测转化为简单、灵敏、便携的诊断工具。研究涵盖纸基与纳米纤维素微流控、仿生流体控制、功能传感材料和信号放大策略，可从微量样本中检测临床相关生物标志物。

我们不将微流控仅视为微型管道，而是将芯片设计为主动传感系统——引导流体、富集信号、实现可靠读数。该方向支持即时诊断、早期疾病筛查、侧向流增强和可穿戴生化监测等应用。

We develop microfluidic biosensors that turn complex bioassays into simple, sensitive, and portable diagnostic tools. Our work combines paper-based and nanocellulose microfluidics, bioinspired fluid control, functional sensing materials, and signal amplification strategies to detect clinically relevant biomarkers from small-volume samples.

Rather than viewing microfluidics only as miniaturized plumbing, we design chips as active sensing systems that guide fluids, enrich signals, and enable reliable readout. This direction supports applications in point-of-care diagnostics, early disease screening, lateral flow enhancement, and wearable biochemical monitoring.

Intelligent automation and instrumentation platform for microfluidic assays

智能自动化与仪器系统

Intelligent Automation and Instrumentation

我们构建智能仪器，使微流控和生物检测流程实现自动化、高可靠性和易用性。平台将微流控器件与机器人、嵌入式控制、手机检测、机器视觉和 AI 辅助分析相结合，打造从样本到结果的完整系统。

该方向将生物传感从单一芯片推向完整的生物医学仪器。通过自动化流体处理、信号采集和数据解读，我们致力于使先进检测方法在诊断、生物筛查和转化医疗应用中更具可重复性、可扩展性和可及性。

We build intelligent instruments that make microfluidic and biological assays automated, reliable, and easy to use. Our platforms integrate microfluidic devices with robotics, embedded control, smartphone-based detection, machine vision, and AI-assisted analysis to create sample-to-result systems.

This direction moves biosensing beyond individual chips toward complete biomedical instruments. By automating fluid handling, signal acquisition, and data interpretation, we aim to make advanced assays more repeatable, scalable, and accessible for diagnostics, biological screening, and translational healthcare applications.