Long-term Expandable Mouse and Human-Induced Nephron Progenitor Cells Enable Kidney Organoid Maturation and Modeling of Plasticity and Disease

Biao Huang,Zipeng Zeng,Sunghyun Kim, Connor C. Fausto,Kari Koppitch,Hui Li,Zexu Li,Xi Chen,Jinjin Guo,Chennan C. Zhang, Tianyi Ma,Pedro Medina,Megan E. Schreiber, Mateo W. Xia,Ariel C. Vonk, Tianyuan Xiang,Tadrushi Patel,Yidan Li,Riana K. Parvez,Balint Der, Jyun Hao Chen,Zhenqing Liu,Matthew E. Thornton,Brendan H. Grubbs,Yarui Diao,Yali Dou,Ksenia Gnedeva,Qilong Ying,Nuria M. Pastor-Soler,Teng Fei,Kenneth R. Hallows,Nils O. Lindstrom,Andrew P. McMahon,Zhongwei Li

CELL STEM CELL（2024）

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nephron progenitor cell,NPC,human pluripotent stem cell,hPSC,kidney organoid,podocyte,cellular plasticity,CRISPR screen,polycystic kidney disease,PKD,Wilms tumor,congenital anomalies of the kidney and urinary tract,CAKUT

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