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About

Shaojie Fu is pioneering the intersection of robotics and cellular biology, with a focus on developing automated systems for delicate biological procedures. His research centers on three key areas: robotic-assisted cell manipulation for assisted reproductive technology, automated patch-clamp systems for neuronal electrophysiology, and vision-free cell transportation techniques. Fu's most notable contribution is the development of a precise robotic system for polar body biopsy, a critical step in preimplantation genetic diagnosis that traditionally requires exceptional manual dexterity. His work on the robotic fast dual-arm patch clamp system represents a significant advancement in mechanosensitive excitability research, enabling controllable mechanical stimulation of neurons in brain slices. Additionally, Fu has pioneered a microscopic vision-free cell transportation method based on pressure variation models, addressing a fundamental limitation in cell manipulation when visual feedback is unavailable. His innovative approach to robotic perforated patch clamp, featuring active release control of perforating materials, further demonstrates his commitment to improving cellular electrophysiology techniques. With his most-cited papers accumulating citations in 2024 alone, Fu's work is rapidly gaining recognition for its potential to automate and enhance precision in reproductive medicine and neuroscience research.