Papers
1
Total Citations
4
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About
Xiaoli Shi is a pioneering researcher at the intersection of biomechanics and advanced biomaterials, with a primary focus on developing mechanically robust hydrogels for vascular and tissue engineering applications. Her most notable contribution is the creation of high-strength injectable hydrogels designed for perivascular interstitial space delivery, which significantly enhance arterial adventitial stress—a breakthrough with profound implications for treating vascular diseases and supporting soft tissue repair. This work, published in 2023 and already garnering 4 citations, demonstrates her ability to address critical challenges in biomedical engineering by combining exceptional tensile strength with injectability, a rare and valuable property for clinical translation. Shi’s research holds promise for next-generation applications in electronic skin, intelligent medical robots, and regenerative medicine, positioning her as an emerging leader in smart biomaterials. Her innovative approach to tailoring mechanical properties for dynamic biological environments underscores her impact, with her work cited by peers exploring tissue mechanics and drug delivery systems. As her publication record grows, Shi continues to push the boundaries of how synthetic materials can interface with and support living tissues.
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Top Papers
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