Telomere-dependent and telomere-independent roles of RAP1 in regulating human stem cell homeostasis
mesenchymal stem cells、embryonic stem cells、neural stem cells
10
R3 ;R9
We thank Professor Titia de Lange from the Rockefeller University for sharing a human RAP1 antibody #765 that detects potential truncations of RAP1.We are grateful to Lei Bai,Qun Chu,Ruijun Bai and Shikun Ma for administrative assistance,to Ruotong Ren,Lina Fu,Zeming Wu,Liping Deng,Pengze Yan and Xi;Na Li;Shuo Guo;Xinyi Wu;Hui Su;Mengfei Wang;Shengnan Cui;Chang Guo IBP,CAS for management of laboratory animals,to Lei Zhou IBP,CAS for providing veterinary care,to Junying Jia;Shuang Sun IBP,CAS for their help in the flow cytometry experiments,and to Yihui Xu Key Laboratory of Infection and Immunity,IBP,CAS for her help in optical in vivo imaging.We thank Tongxin Niu at HPC-Service Station in Center for Biological Imaging IBP,CAS for the support of bioinformatic ana2018YFA0107001;the Strategic Priority Research Program of the Chinese Academy of SciencesXDA16010100;the National Key Research and Development Program of China2018YFC2000100,2018YFA0107203,2017YFA0103304,2017YFA0102802,2015CB964800,2014CB910503;the National Natural Science Foundation of China81625009,81330008,91749202,91749123,31671429,81671377,81771515,31601109,31601158,81701388,81422017,81601233,81471414,81870228,81822018,81801399,31801010,81801370 and 81861168034;Program of Beijing Municipal Science and Technology CommissionZ151100003915072;Key Research Program of the Chinese Academy of SciencesKJZDEWTZ-L05;Beijing Municipal Commission of Health and Family PlanningPXM2018_026283_000002;Advanced Innovation Center for Human Brain Protection117212;the State Key Laboratory of Membrane Biology
2019-12-30(万方平台首次上网日期,不代表论文的发表时间)
共19页
649-667