trauma is one of the most common health issues. The costs used for wound care and healing each year have also increased continuously. The first step of wound healing is to stop bleeding. In recent years, Xi'an Jiaotong University Professor Guo Baolin's research team has successively developed a variety of materials that have good hemostasis and can effectively promote wound healing, which has made outstanding contributions in the research in this field. A few days ago, Professor Guo Baolin's team was invited to publish a review of hemostatic materials for wound healing applications in the top international journal "Nature Reviews Chemistry".
Guo Baolin, Doctor, Professor, Doctoral Tutor, Class A of Xi'an Jiaotong University Youth Drawing Plan, Shaanxi Outstanding Youth Fund winner (2020), Biomedical High Materials Group for Biological Engineering and Regenerative Medicine Research Center in Xi'an Jiaotong University Director is mainly engaged in the research of biomedical polymer materials, such as multi -functional hydraulic gel, degradable conductive polymer material, preparation of porous polymer brackets, and research on drug control release systems. Related results of many hemostatic materials are published in international authoritative journals such as "Natural Communications", "Advanced Functional Materials", "Nani Magazine of the American Society", "Micro -scale", and "Biomass Materials".
This review summarizes the research on the development of international and domestic hemostatic materials in recent years. The physiological mechanisms from hemostasis and wound healing, different active components of current hemostatic materials (including natural polymers, synthetic polymers, silicon -based materials and metal materials ) And the different forms of the hemostatic material (including sponge, hydrogel, nano fiber, particles, etc.), etc., summarize and evaluate the existing wound dressing materials process. At the same time, the review also summarized the advantages and limitations of different active ingredients and the form of hemostatic materials in existing hemostatic materials, and proposed the challenges and future directions faced in the development of wound healing hemostatic materials.
This review article title is "HAemostatic Materials for Wound Healing Applications". Professor Guo Baolin is the first author and communication author in this article, and Xi'an Jiaotong University is the only communication unit. This work has received the National Natural Science Foundation of China, the funding project of Shaanxi Natural Science Foundation, the strength of the National Key Laboratory of Metal Materials Open Fund and the basic scientific research fund fund of the central university, and the craniomeological precision medicine at the School of Stomatology of Xi'an Jiaotong University Study the funding of the open topics of Shaanxi Provincial Key Laboratory.
Professor Guo Baolin is currently serving as Xi'an Jiaotong University Frontier Science and Technology Research Institute, (referred to as "Frontier Institute"). , Covering physics, chemistry, chemical engineering and technology, material science and engineering, biomedical engineering , biology and other first -level disciplines, and implement an international scientific research management system. The goal of the front -edge institute's establishment is to develop into a world -class large -scale basic scientific research institute through the cross characteristics of the discipline. At the same time, as the pilot of reform, it provides experience in the national strategy of realizing the reform of the scientific research system in my country. (Data as of July 2020)
frontier is one of the main bases for Xi'an Jiaotong University to publish high -level papers. Multiple papers are published in Nature, Science, Nature Reviews NeurosCience, Journal of T He American Chemical Society, AngeWandte Chemie-Intern In international top academic journals such as Edition, Physical Review Letters, some research results have become international research hotspots in related fields.
Frontier Court led the research results of students produced by first -class faculty and multidisciplinary research platform to lead the international research boom, opened up a new research field, and the international and elite model cultivated students with high independent innovation with high degree of independent innovation. The ability and excellent international competitiveness provide useful experience for my country's exploring the training mechanism of first -class innovative talents.
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