该特刊涵盖从细胞和微组织层面的生物力学测量与操控，到可穿戴及植入式人体生理指标监测等广泛的研究。同时，我们也非常欢迎有关传感器接口、液体环境测量技术以及生物传感仪器的相关投稿。

特刊链接：https://www.mdpi.com/journal/micromachines/special_issues/AO3VF8AF51    

期待各位专家赐稿！

Dear Colleagues,

Biomedical measurement and micromanipulation impose demanding performance requirements on modern MEMS sensors, including ultra‑high sensitivity, low noise, compact packaging, excellent biocompatibility, and stable operation in complex physiological liquid environments. Traditional sensing technologies frequently encounter critical limitations when tackling multi‑scale biological targets, ranging from single cells and micro‑tissues to human‑related biomedical scenarios. Driven by innovations in micro‑nanofabrication, novel sensor architecture design, high‑precision readout electronics, and calibration strategies, advanced MEMS sensors have emerged as powerful tools for probing cellular biomechanics, single‑cell manipulation, micro‑tissue characterization, and minimally invasive biomedical detection. This Special Issue welcomes original research papers, communications, and review articles focusing on the design, fabrication, circuit integration, performance calibration, and real‑world biological applications of cutting‑edge MEMS sensors and integrated systems. It covers investigations spanning biomechanical measurement and manipulation at cellular and micro‑tissue levels, all the way to wearable and implantable measurements of human physiological indicators. Relevant contributions on sensor interface, liquid‑environment measurement technology, and biosensing instruments are also highly encouraged. We look forward to receiving your submissions!

Dr. Wendi Gao

Guest Editor

Keywords

• MEMS sensors

• cellular biomechanics

• single‑cell manipulation

• micro‑tissue characterization

• wearable and implantable measurement

• biosensing instruments