Yunxia Zhang

Zhejiang University, Shanghai Normal University

Papers

Total Citations

127

H-Index

About

Dr. Yunxia Zhang is a pioneering researcher at the intersection of microfluidics and biomechanics, whose work has advanced both single-cell analysis and robotic locomotion. Her most impactful contribution, the 2015 paper "Printing 2-Dimensional Droplet Array for Single-Cell Reverse Transcription Quantitative PCR Assay with a Microfluidic Robot" (111 citations), introduced a revolutionary nanoliter droplet array method that enables precise quantification of gene expression in individual cells. By integrating a microfluidic robot for sequential droplet printing on microchips, Zhang solved critical liquid-handling challenges, providing a powerful tool for single-cell genomics that has been widely adopted by the biomedical community. This work demonstrates her ability to merge engineering innovation with biological application, offering researchers a scalable platform for high-throughput single-cell analysis. Additionally, her 2018 study "Energetic walking gaits studied by a simple actuated inverted pendulum model" (16 citations) explores the fundamental mechanics of human locomotion, using simplified models to uncover energy-efficient walking strategies. This research bridges robotics and biomechanics, informing the design of more natural and efficient prosthetic devices and walking robots. Zhang’s dual expertise in microfluidics and movement science highlights her versatility, making her a notable figure in both fields. Her contributions continue to inspire students and researchers seeking to harness micro-scale technologies for biological discovery and to understand the physics of motion.