Small-molecule WNK inhibition regulates cardiovascular and renal function

Ken Yamada; Hyi-Man Park; Dean F. Rigel; Keith DiPetrillo; Erin J. Whalen; Anthony Anisowicz; Michael E. Beil; James Berstler; Cara E. Brocklehurst; Debra Burdick; Shari L. Caplan; Michael Capparelli; Guanjing Chen; Wei Chen; Bethany Dale; Lin Deng; Fumin Fu; Norio Hamamatsu; Kouki Harasaki; Tracey Herr; Peter Hoffmann; Qiying Hu; Waan-Jeng Huang; Neeraja Idamakanti; Hidetomo Imase; Yuki Iwaki; Monish Jain; Jey Jeyaseelan; Mitsunori Kato; Virendar K. Kaushik; Darcy Kohls; Vidya Kunjathoor; Daniel LaSala; Jong-chan Lee; Jing Liu; Yang Luo; Fupeng Ma; Ruowei Mo; Sarah F. Mowbray; Muneto Mogi; Flavio Ossola; Pramod S. Pandey; Sejal Patel; Swetha Raghavan; Bahaâ Salem; Yuka H Shanado; G M Trakshel; Gordon M. Turner; Hiromichi Wakai; Chunhua Wang; Stephen C. Weldon; Jennifer B Wielicki; Xiaoling Xie; Lingfei Xu; Yukiko Yagi; Kayo Yasoshima; Jianning Yin; David Yowe; Ji-Hu Zhang; Gang Zheng; Lauren G. Monovich

doi:10.1038/nchembio.2168

Small-molecule WNK inhibition regulates cardiovascular and renal function

Ken Yamada(Novartis (United States)), Hyi-Man Park(Novartis (United States)), Dean F. Rigel(Novartis (United States)), Keith DiPetrillo(Novartis (United States)), Erin J. Whalen(Novartis (United States)), Anthony Anisowicz(Novartis (United States)), Michael E. Beil(Novartis (United States)), James Berstler(Novartis (United States)), Cara E. Brocklehurst(Novartis (United States)), Debra Burdick(Novartis (United States)), Shari L. Caplan(Novartis (United States)), Michael Capparelli(Novartis (United States)), Guanjing Chen(Novartis (United States)), Wei Chen(Novartis (United States)), Bethany Dale(Novartis (United States)), Lin Deng(Novartis (United States)), Fumin Fu(Novartis (United States)), Norio Hamamatsu(Novartis (United States)), Kouki Harasaki(Novartis (United States)), Tracey Herr(Novartis (United States)), Peter Hoffmann(Novartis (United States)), Qiying Hu(Novartis (United States)), Waan-Jeng Huang(Novartis (United States)), Neeraja Idamakanti(Novartis (United States)), Hidetomo Imase(Novartis (United States)), Yuki Iwaki(Novartis (United States)), Monish Jain(Novartis (United States)), Jey Jeyaseelan(Novartis (United States)), Mitsunori Kato(Novartis (United States)), Virendar K. Kaushik(Novartis (United States)), Darcy Kohls(Novartis (United States)), Vidya Kunjathoor(Novartis (United States)), Daniel LaSala(Novartis (United States)), Jong-chan Lee(Novartis (United States)), Jing Liu(Novartis (United States)), Yang Luo(Novartis (United States)), Fupeng Ma(Novartis (United States)), Ruowei Mo(Novartis (United States)), Sarah F. Mowbray(Novartis (United States)), Muneto Mogi(Novartis (United States)), Flavio Ossola(Novartis (United States)), Pramod S. Pandey(Novartis (United States)), Sejal Patel(Novartis (United States)), Swetha Raghavan(Novartis (United States)), Bahaâ Salem(Novartis (United States)), Yuka H Shanado(Novartis (United States)), G M Trakshel(Novartis (United States)), Gordon M. Turner(Novartis (United States)), Hiromichi Wakai(Novartis (United States)), Chunhua Wang(Novartis (United States)), Stephen C. Weldon(Novartis (United States)), Jennifer B Wielicki(Novartis (United States)), Xiaoling Xie(Novartis (United States)), Lingfei Xu(Novartis (United States)), Yukiko Yagi(Novartis (United States)), Kayo Yasoshima(Novartis (United States)), Jianning Yin(Novartis (United States)), David Yowe(Novartis (United States)), Ji-Hu Zhang(Novartis (United States)), Gang Zheng(Novartis (United States)), Lauren G. Monovich(Novartis (United States))

Nature Chemical Biology

September 5, 2016

10.1038/nchembio.2168

Cited by 165Open Access

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