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Groundbreaking USC-Led Study Introduces Improved Method for Cultivating Kidney Filtration System Cells

In a new study published in Cell Stem Cell, USC scientists report significant progress in cultivating nephron progenitor cells (NPCs), the cells destined to form the kidney’s filtration system, the nephrons. NPCs hold immense promise for understandin ....

Xi Chen , Pedro Medina , Zhenqing Liu , Matthewe Thornton , Tianyuan Xiang , Brendanh Grubbs , Yarui Diao , Megane Schreiber , Connorc Fausto , Zexu Li , Biao Huang , Yali Dou , Arielc Vonk , Nilso Lindstr , Ksenia Gnedeva , Tianyi Ma , Rianak Parvez , Teng Fei , Zipeng Zeng , Kari Koppitch , Jinjin Guo , Mateow Xia , Yidan Li , Jyun Hao Chen , Sunghyun Kim , Zhongwei Li ,

USC Study Unveils Innovative Method to Cultivate Kidney Cells

USC Study Unveils Innovative Method to Cultivate Kidney Cells
miragenews.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from miragenews.com Daily Mail and Mail on Sunday newspapers.

Xi Chen , Matthewe Thornton , Nilso Lindstr , Zhenqing Liu , Hui Li , Tadrushi Patel , Chennanc Zhang , Yali Dou , Jinjin Guo , Arielc Vonk , Biao Huang , Megane Schreiber , Jyun Hao Chen , Rianak Parvez , Zipeng Zeng , Pedro Medina , Zexu Li , Yarui Diao , Tianyuan Xiang , Connorc Fausto , Ksenia Gnedeva , Mateow Xia , Kari Koppitch , Tianyi Ma , Brendanh Grubbs , Zhongwei Li ,

USC Scientists Rewrite Kidney Research With Groundbreaking Cell Cultivation

Researchers at USC have advanced kidney research by developing a new method to cultivate nephron progenitor cells from human stem cells. This method simplifies the process and enhances applications in disease modeling and drug discovery. In a new study published today in Cell Stem Cell, USC scien ....

Xi Chen , Connorc Fausto , Arielc Vonk , Rianak Parvez , Brendanh Grubbs , Yidan Li , Zipeng Zeng , Zexu Li , Ksenia Gnedeva , Tianyuan Xiang , Tadrushi Patel , Nilso Lindstr , Zhenqing Liu , Tianyi Ma , Megane Schreiber , Zhongwei Li , Kari Koppitch , Pedro Medina , Biao Huang , Sunghyun Kim , Teng Fei , Jyun Hao Chen , Mandy Mcmahon , Matthewe Thornton , Mateow Xia , Jinjin Guo ,

Testosterone Makes Male Kidneys More Disease-Prone: USC Study

Testosterone Makes Male Kidneys More Disease-Prone: USC Study
miragenews.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from miragenews.com Daily Mail and Mail on Sunday newspapers.

Kari Koppitch , Lior Pachter , Ingileifb Hallgrimsdottir , Zhen Miao , Jing Liu , Megan Rommelfanger , Lingyun Ivy Xiong , Mandy Mcmahon , Jin Guo , Adaml Maclean , Junhyong Kim , Edythe Broad Center , Stem Cell Research , California Institute Of Technology , National Science Foundation , Mcmahon Lab , University Of Pennsylvania , Keck School Of Medicine , National Institutes Of Health , Developmental Cell , Professor Andy Mcmahon , Regenerative Medicine , Keck School , National Institutes , Ifan Gao , California Institute ,

Sex hormones drive differences in male and female mouse kidneys

Female kidneys are known to be more resilient to disease and injury, but males need not despair. A new USC Stem Cell-led study published in Developmental Cell describes not only how sex hormones drive differences in male and female mouse kidneys, but also how lowering testosterone can "feminize" this organ and improve its resilience. ....

Ingileifb Hallgrimsdottir , Megan Rommelfanger , Junhyong Kim , Mandy Mcmahon , Megan Craig , Jin Guo , Zhen Miao , Adaml Maclean , Lingyun Ivy Xiong , Kari Koppitch , Jing Liu , Lior Pachter , National Institutes Of Health , University Of Pennsylvania , National Science Foundation , Keck School Of Medicine , California Institute Of Technology , Edythe Broad Center , Mcmahon Lab , Stem Cell Research , Developmental Cell , Regenerative Medicine , Keck School , National Institutes , Ifan Gao , California Institute ,