Wenjin Chen

Rutgers, The State University of New Jersey, South China University of Technology

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About

Wenjin Chen is a pioneering researcher at the intersection of biomedical imaging, robotics, and materials science. Her work spans telepathology, mechanobiology, and smart biomaterials, with a focus on developing integrated systems for medical diagnosis and tissue characterization. Chen’s early groundbreaking contribution was the Image Guided Decision Support (IGDS) system for telepathology, which leveraged networking and robotics to enable real-time remote microscopy for diagnosis and education—a foundational advance in digital pathology (11 citations). She later extended her expertise to nanoscale mechanobiology, designing a robot-guided atomic force microscopy (AFM) platform for mechano-visual phenotyping of cancer specimens, enabling the assessment of tissue biomechanical properties with unprecedented precision (4 citations). Most recently, Chen has ventured into smart materials, developing nanosilver/nanocellulose composite antimicrobial hydrogels with strain-responsive dual networks for wearable devices, addressing critical needs in motion detection and medical monitoring (1 citation). Her work demonstrates a rare ability to bridge engineering and clinical applications, from remote diagnosis to cancer mechanobiology and antimicrobial materials. Chen’s interdisciplinary approach continues to inspire innovations in medical robotics and biomaterials.