Deadly mushroom poison might now have an antidote — with help from CRISPR
Nature News Gene-editing technique might have finally cracked the mystery of how death cap mushrooms kill. By Saima Sidik Email Bluesky Facebook …
Read more →WAN LAB · SCHOOL OF PHARMACEUTICAL SCIENCES · SYSU
Wan Lab is a research group at the School of Pharmaceutical Sciences, Sun Yat-sen University. We pursue rigorous, interdisciplinary, and collaborative research to address important questions in pharmaceutical science.
About the lab
Welcome to Wan Lab. Replace this introductory text from Pages → Home.
From the lab
Nature News Gene-editing technique might have finally cracked the mystery of how death cap mushrooms kill. By Saima Sidik Email Bluesky Facebook …
Read more →SciOpen 口腔是人体最早接触外界环境的屏障之一。它每天经历咀嚼、摩擦、唾液冲刷、微生物定植和反复的微损伤,但在健康状态下,牙龈上皮、基质细胞、免疫细胞和口腔菌群之间能够维持一种动态平衡。许多口腔炎症性疾病,包括牙周炎、牙龈炎和复发性口腔溃疡,表面上表现为菌群紊乱和炎症加重,但更深层的问题往往是局部屏障免疫失去了“分寸”:该防御时反应不足,该终止时炎症又持续放大。 近日,中山大学药学院万国辉教授团队在Oral Science and Homeostatic Medicine发表文章 “Engineering bacterial nanosyringes for regional immune recalibration at the oral barrier” ,该研究提出未来口腔疾病治疗或许不应只停留在“杀菌”或“抑炎”,而应进一步走向“区域免疫校准”。 目前,口腔局部治疗已经有较成熟的体系,例如机械清创、局部抗菌药物、缓释凝胶和牙周袋给药等。这些方法对降低细菌负荷、控制局部炎症非常重要,但它们大多属于相对“粗放”的干预方式,主要解决的是药物能否停留在局部、能否持续释放的问题。相比之下,口腔炎症真正发生和维持的空间非常精细:上皮细胞、髓系免疫细胞、成纤维细胞、驻留淋巴细胞等不同细胞群,在牙龈、龈沟、结合上皮和非角化黏膜中形成了高度区域化的免疫结构。若要真正修复口腔屏障,仅仅减少细菌数量可能还不够,更需要把调节信号准确送入特定细胞,纠正异常的炎症回路和修复程序。…
Read more →纳米医学工程 文献溯源 原名: Dual-system engineered bacteria and dendritic cells enable precise intratumoral IL-12 delivery and potent antitumor immunity译名:双系统工程菌与树突状细胞实现精准的瘤内IL-12递送及强效抗肿瘤免疫期刊:Cell Reports Medicine影响因子:10.6发表时间: 2026.5.8链接:https://www.sciencedirect.com/science/article/pii/S2666379126002181 01 研究内容…
Read more →Research
Describe the major research directions, methods, and scientific questions of Wan Lab.
Read about our research →