Papers
3
Total Citations
38
H-Index
3
About
Ze Jiang is pioneering the integration of robotics and microfluidics to transform assisted reproductive technology, with a focus on automating the delicate process of embryo vitrification. His key research areas span robotic manipulation, microfluidic chip design, and vision-based control systems for cell cryopreservation. Jiang’s major contribution lies in developing the first robotic system with an embedded open microfluidic chip for automatic embryo vitrification, a critical technique in IVF that requires precise, time-sensitive handling of cryoprotectants to prevent ice crystal formation during freezing. His 2022 paper on this system, with 19 citations, established a foundational approach, while his 2023 work (14 citations) added real-time observation capabilities, enhancing reliability. Most recently, his 2024 study (5 citations) advanced vision-based fluid control for precise region reaching during cell cryopreservation. By replacing manual, error-prone steps with automated, high-precision robotics, Jiang’s work addresses a key bottleneck in fertility preservation, offering hope for improved outcomes in IVF and reproductive autonomy. His achievements represent a significant leap toward fully automated, accessible cryopreservation technologies.
Research Focus
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