Xuetao Shi

Papers

Total Citations

H-Index

About

Xuetao Shi is a pioneering researcher at the intersection of biomaterials and microfluidics, whose work is redefining therapeutic strategies for nerve repair and accelerating materials discovery. His most impactful contributions include the development of an *in situ*-sprayed bioinspired adhesive conductive hydrogel for cavernous nerve repair, a breakthrough addressing erectile dysfunction caused by nerve injury—a condition with limited treatment options. This innovative hydrogel, which integrates conductivity and adhesion for minimally invasive application, has garnered 51 citations since 2024, underscoring its clinical promise. Additionally, Shi has advanced high-throughput screening through microfluidic platforms, enabling the rapid synthesis and characterization of novel materials. His 2020 review on this topic, cited 24 times, provides a foundational framework for accelerating the discovery of functional materials with tailored properties. By merging bioinspired design with scalable microfluidic technologies, Shi’s work not only offers a transformative approach to peripheral nerve regeneration but also establishes a versatile toolkit for materials innovation. His research stands out for its translational potential, bridging fundamental science and clinical application to address unmet medical needs.