Yuzhu Liu

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About

Yuzhu Liu is a pioneering researcher at the intersection of robotics, cellular biophysics, and assisted reproductive technology. Their work centers on developing robotic systems for precise cellular manipulation, with a particular focus on intracellular pressure measurement and mechanobiology. Liu’s most cited paper (2023, 6 citations) introduces a groundbreaking robotic method using micropipette electrodes to measure intracellular pressure—a critical physical parameter that regulates cell physiology and influences micromanipulation outcomes. This innovation provides a powerful tool for understanding cellular mechanics and improving procedures like drug delivery. In a notable 2024 study (4 citations), Liu advanced polar body biopsy for preimplantation genetic diagnosis by designing a robotic system capable of precisely picking up the nearly transparent polar body from oocytes, addressing a key challenge in assisted reproduction. Another 2024 contribution (4 citations) features a robotic fast dual-arm patch clamp system that applies controlled mechanical stimulation to neurons in brain slices, enabling novel research into mechanosensitive excitability. Collectively, Liu’s work demonstrates how robotics can enhance precision and reproducibility in cellular-level interventions, with direct applications in reproductive medicine and neuroscience.