King, Isela
doi : 10.2215/CJN.0000000000000061
Volume 18(3) pgs. 291-417 March 2023
Goldstein, Stuart L.
Reddy, Yuvaram N.V. 1,2,3; Mendu, Mallika L. 4,5,6
Mohottige, Dinushika 1,2,3; Purnell, Tanjala S. 4,5
Rudnick, Michael R.; Chaknos, C. Michael
Susztak, Katalin 1,2,3,4
Didsbury, Madeleine 1,2; See, Emily J. 1,2,3,4,5; Cheng, Daryl R. 2,6,7,8; Kausman, Joshua 1,2,7,8; Quinlan, Catherine 1,2,5,7,8
Brown, Jeremiah R. 1,2; Solomon, Richard 3; Stabler, Meagan E. 1; Davis, Sharon 4; Carpenter-Song, Elizabeth 5; Zubkoff, Lisa 6; Westerman, Dax M. 4; Dorn, Chad 4; Cox, Kevin C. 1; Minter, Freneka 4; Jneid, Hani 7; Currier, Jesse W. 8,9; Athar, S. Ahmed 10,11; Girotra, Saket 12; Leung, Calvin 13; Helton, Thomas J. 14; Agarwal, Ajay 15; Vidovich, Mladen I. 16; Plomondon, Mary E. 17; Waldo, Stephen W. 17,18,19; Aschbrenner, Kelly A. 5; O'Malley, A. James 2,20; Matheny, Michael E. 4,21
Su, Donghan 1,2; Chen, Jingsha 1,2; Du, Shutong 1,2; Kim, Hyunju 1,2; Yu, Bing 3; Wong, Kari E. 4; Boerwinkle, Eric 3; Rebholz, Casey M. 1,2
doi : 10.2215/CJN.0000000000000062
High ultra-processed food consumption is associated with higher risk of CKD. However, there is no biomarker for ultra-processed food, and the mechanism through which ultra-processed food is associated with CKD is not clear.
Chen, Dhruti P. 1; Henderson, Candace D. 1; Anguiano, Jaeline 1; Aiello, Claudia P. 1; Collie, Mary M. 1; Moreno, Vanessa 2; Hu, Yichun 1; Hogan, Susan L. 1; Falk, Ronald J. 1; on behalf of CureGN
Kallash, Mahmoud 1; Wang, Yujie 2; Smith, Abigail 3; Trachtman, Howard 4; Gbadegesin, Rasheed 5; Nester, Carla 6; Canetta, Pietro 7; Wang, Chen 7; Hunley, Tracy E. 8; Sperati, C. John 9; Selewski, David 10; Ayoub, Isabelle 11; Srivastava, Tarak 12; Mottl, Amy K. 13; Kopp, Jeffrey 14; Gillespie, Brenda 15; Robinson, Bruce 3; Chen, Dhruti 13; Steinke, Julia 16; Twombley, Katherine 10; Reidy, Kimberly 17; Mucha, Krzysztof 18,19; Greenbaum, Larry A. 20; Blazius, Brooke 4; Helmuth, Margaret 3; Yonatan, Peleg 7; Parekh, Rulan S. 21,22,23; Hogan, Susan 13; Royal, Virginie 24; D'Agati, Vivette 25; Chishti, Aftab 26; Falk, Ronald 13; Gharavi, Ali 7; Holzman, Lawrence 27; Klein, Jon 28; Smoyer, William 1; Kretzler, Matthias 29; Gipson, Debbie 4; Kidd, Jason M. 30; on behalf of CureGN*
Griffin, Shannon M. 1; Marr, Jeffrey 1; Kapke, Alissa 2; Jin, Yan 2; Pearson, Jeffrey 2; Esposito, Dominick 1; Young, Eric W. 2
Regev-Epstein, Lilach C. 1,2; Frishberg, Yaacov 3; Davidovits, Miriam 4,5; Landau, Daniel 4,5; Magen, Daniella 6; Weismann, Irit 7; Stern-Zimmer, Michal 1; Beckerman, Pazit 5,8; Keinan-Boker, Lital 9,10; Calderon-Margalit, Ronit 11; Vivante, Asaf 1,5
Patzer, Rachel E. 1,2; Zhang, Rebecca 3; Buford, Jade 1; McPherson, Laura 2; Lee, Yi-Ting Hana 1; Urbanski, Megan 1; Li, Dong 4; Wilk, Adam 5; Paul, Sudeshna 6; Plantinga, Laura 2,4; Escoffery, Cam 7; Pastan, Stephen O. 4
Levine, Zoey; Vijayan, Anitha
doi : 10.2215/CJN.04310422
Nadkarni, Girish N.
Park, Yoonyoung 1,2; Hu, Jianying 3
Heilbroner, Samuel P.; Miotto, Riccardo
Arivazhagan, Naveen 1; Van Vleck, Tielman T. 2
Parikh, Samir V. 1; Madhavan, Sethu 1; Shapiro, John 1; Knight, Richard 2; Rosenberg, Avi Z. 3; Parikh, Chirag R. 4; Rovin, Brad 1; Menez, Steven 4; for the Kidney Precision Medicine Project
doi : 10.2215/CJN.09260822
Young, Sarah E.; Khoshnaw, Laveen J.; Johnson, Richard J.
doi : 10.2215/CJN.08530722
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