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Researcher Huiqi Xie's team from the Stem Cell and Tissue Engineering Laboratory has published a paper in Advanced Science: Developing a self-assembling hemostatic powder with rapid self-gelation and wet-state adhesion capabilities, effectively controlling non-compressible bleeding.

Researcher Huiqi Xie's team from the Stem Cell and Tissue Engineering Laboratory has published a paper in Advanced Science: Developing a self-assembling hemostatic powder with rapid self-gelation and wet-state adhesion capabilities, effectively controlling non-compressible bleeding.
Researcher Huiqi Xie's team from the Stem Cell and Tissue Engineering Laboratory has published a paper in Advanced Science: Developing a self-assembling hemostatic powder with rapid self-gelation and wet-state adhesion capabilities, effectively controlling non-compressible bleeding.

On December 3, 2023, the research team led by Researcher Xie Huiqi from the Stem Cell and Tissue Engineering Laboratory and the Institute of Orthopedics at the National Key Laboratory of Biotherapy published an online research paper titled "A Self-Assembly Pro-Coagulant Powder Capable of Rapid Gelling Transformation and Wet Adhesion for the Efficient Control of Non-Compressible Hemorrhage" in Advanced Science (IF: 15.1). The study developed a self-assembling hemostatic powder that rapidly absorbs blood at the bleeding site, undergoes a gel-like transformation, and achieves strong wet adhesion and effective wound closure. Moreover, the powder demonstrated exceptional hemostatic performance across various non-compressible hemorrhage models, including rats, rabbits, and dogs.

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