Zhouyi Pan

Jiaxing University, Ningbo First Hospital

Papers

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About

Zhouyi Pan is a researcher at the forefront of advanced biomaterials and clinical biomechanics, whose work bridges cutting-edge materials science with pressing medical needs. A key area of Pan’s research involves the development of stimuli-responsive hydrogels for biomedical applications. In a highly cited 2025 study, Pan introduced three-dimensional printable magnetic hydrogels with adjustable stiffness and adhesion, designed for magnetic actuation and hyperthermia therapies. This work addresses a critical challenge in soft robotics, targeted drug delivery, and tissue engineering by enabling precise, complex gelation processes. With 16 citations already, this paper highlights Pan’s impact in creating functional, programmable materials for next-generation medical devices. In parallel, Pan has made significant contributions to clinical anatomy and rehabilitation through a comprehensive review on diastasis recti abdominis (DRA), a condition involving abdominal muscle separation. Garnering 9 citations, this work reframes DRA from a cosmetic postpartum issue to a functional disorder affecting both sexes, providing a vital resource for clinicians and researchers. Pan’s dual expertise in material innovation and clinical translation positions them as a rising voice in biomedical engineering, with work that promises to reshape therapeutic strategies from the lab to the clinic.