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根据最新发表在《Cell Reports》的一篇论文中称,在肾脏中受伤的细胞可以通过Sox9基因被敲入的方式进入修复模式。Sanjeev Kumar医学博士是第一作者,他是南加州大学凯克医学院的博士后研究助理,在Andy Mc Mahon实验室,他是博士,教务长和教授。w.m.Keck教授是Keck学校干细胞生物学和再生医学教授,他发现幸存的受损细胞可启动Sox9基因,这是对肾脏损害的一种应激反应。这个重生的受损细胞处于肾元内层,肾元是肾脏的功能单位,能够快速修复急性肾损伤(AKI)。
According to a recent paper published in Cell Reports, cells injured in the kidneys can enter repair mode by knocking in the Sox9 gene. Sanjeev Kumar, MD, is the lead author and a postdoctoral research assistant at the University of Southern California’s Keck School of Medicine at the Andy Mc Mahon Laboratory where he is a PhD, dean and professor. Professor W. Keck, a professor of stem cell biology and regenerative medicine at Keck School, discovered that surviving damaged cells activate the Sox9 gene, a stress response to kidney damage. This rebirth of damaged cells is located in the inner kidney cells, kidney cells are functional units of the kidney, can quickly repair acute kidney injury (AKI).