12 Publications
2022
Asparagine bioavailability regulates the translation of MYC oncogene
Srivastava, Sankalp⋅Srivastava, Sankalp⋅Srivastava, Sankalp⋅Jiang, Jie⋅Jiang, Jie⋅Jiang, Jie⋅Misra, Jagannath⋅Misra, Jagannath⋅Misra, Jagannath⋅Seim, Gretchen⋅Seim, Gretchen⋅Seim, Gretchen⋅Staschke, Kirk A.⋅Staschke, Kirk A.⋅Staschke, Kirk A.⋅Zhong, Minghua⋅Zhong, Minghua⋅Zhong, Minghua⋅Zhou, Leonardo⋅Zhou, Leonardo⋅Zhou, Leonardo⋅Liu, Yu⋅Liu, Yu⋅Liu, Yu⋅Chen, Chong⋅Chen, Chong⋅Chen, Chong⋅Davé, Utpal⋅Davé, Utpal⋅Davé, Utpal⋅Kapur, Reuben⋅Kapur, Reuben⋅Kapur, Reuben⋅Batra, Sandeep⋅Batra, Sandeep⋅Batra, Sandeep⋅Zhang, Chi⋅Zhang, Chi⋅Zhang, Chi⋅Zhou, Jiehao⋅Zhou, Jiehao⋅Zhou, Jiehao⋅Fan, Jing⋅Fan, Jing⋅Fan, Jing⋅Wek, Ronald C.⋅Wek, Ronald C.⋅Wek, Ronald C.⋅Zhang, Ji⋅Zhang, Ji and Zhang, Ji
Oncogene, vol. 41, (no. 44), pp. 4855-4865, Oct 2022. | Journal Article
2019
Promoter demethylation of the asparagine synthetase gene is required for an ATF4-dependent adaptation to asparagine depletion.
Jiang, Jie⋅Jiang, Jie⋅Jiang, Jie⋅Jiang, Jie⋅Srivastava, Sankalp⋅Srivastava, Sankalp⋅Srivastava, Sankalp⋅Srivastava, Sankalp⋅Seim, Gretchen⋅Seim, Gretchen⋅Seim, Gretchen⋅Seim, Gretchen⋅Pavlova, Natalya N⋅Pavlova, Natalya N⋅Pavlova, Natalya N⋅Pavlova, Natalya N⋅King, Bryan⋅King, Bryan⋅King, Bryan⋅King, Bryan⋅Zou, Lihua⋅Zou, Lihua⋅Zou, Lihua⋅Zou, Lihua⋅Zhang, Chi⋅Zhang, Chi⋅Zhang, Chi⋅Zhang, Chi⋅Zhong, Minghua⋅Zhong, Minghua⋅Zhong, Minghua⋅Zhong, Minghua⋅Feng, Hui⋅Feng, Hui⋅Feng, Hui⋅Feng, Hui⋅Kapur, Reuben⋅Kapur, Reuben⋅Kapur, Reuben⋅Kapur, Reuben⋅Wek, Ronald C⋅Wek, Ronald C⋅Wek, Ronald C⋅Wek, Ronald C⋅Fan, Jing⋅Fan, Jing⋅Fan, Jing⋅Fan, Jing⋅Zhang, Ji⋅Zhang, Ji⋅Zhang, Ji and Zhang, Ji
The Journal of biological chemistry, October 28, 2019. | Journal Article
 
Starve Cancer Cells of Glutamine: Break the Spell or Make a Hungry Monster?
Jiang, Jie⋅Srivastava, Sankalp and Zhang, Ji
Cancers, vol. 11, (no. 6), Jun 2019. | Journal Article
2018
As Extracellular Glutamine Levels Decline, Asparagine Becomes an Essential Amino Acid.
Pavlova, Natalya N⋅NN, Pavlova⋅Pavlova, Natalya N⋅Pavlova, Natalya N⋅Hui, Sheng⋅Hui, Sheng⋅Hui, Sheng⋅S, Hui⋅Ghergurovich, Jonathan M⋅Ghergurovich, Jonathan M⋅Ghergurovich, Jonathan M⋅JM, Ghergurovich⋅Fan, Jing⋅J, Fan⋅Fan, Jing⋅Fan, Jing⋅AM, Intlekofer⋅Intlekofer, Andrew M⋅Intlekofer, Andrew M⋅Intlekofer, Andrew M⋅White, Richard M⋅White, Richard M⋅White, Richard M⋅RM, White⋅JD, Rabinowitz⋅Rabinowitz, Joshua D⋅Rabinowitz, Joshua D⋅Rabinowitz, Joshua D⋅Thompson, Craig B⋅Thompson, Craig B⋅CB, Thompson⋅Thompson, Craig B⋅J, Zhang⋅Zhang, Ji⋅Zhang, Ji and Zhang, Ji
Cell metabolism, vol. 27, (no. 2), pp. 428-438.e5, February 6, 2018. | Journal Article
2017
Cancer cell metabolism: the essential role of the nonessential amino acid, glutamine
Zhang, Ji⋅Zhang, Ji⋅Pavlova, Natalya N⋅Pavlova, Natalya N⋅Thompson, Craig B and Thompson, Craig B
The EMBO Journal, vol. 36, (no. 10), pp. 1315, 15 May 2017. | Journal Article
2014
Serine catabolism regulates mitochondrial redox control during hypoxia.
Ye, Jiangbin⋅Ye, Jiangbin⋅Ye, Jiangbin⋅Ye, Jiangbin⋅Fan, Jing⋅Fan, Jing⋅Fan, Jing⋅Fan, Jing⋅Venneti, Sriram⋅Venneti, Sriram⋅Venneti, Sriram⋅Venneti, Sriram⋅Wan, Ying-Wooi⋅Wan, Ying-Wooi⋅Wan, Ying-Wooi⋅Wan, Ying-Wooi⋅Pawel, Bruce R⋅Pawel, Bruce R⋅Pawel, Bruce R⋅Pawel, Bruce R⋅Zhang, Ji⋅Zhang, Ji⋅Zhang, Ji⋅Zhang, Ji⋅Finley, Lydia W S⋅Finley, Lydia W S⋅Finley, Lydia W S⋅Finley, Lydia W S⋅Lu, Chao⋅Lu, Chao⋅Lu, Chao⋅Lu, Chao⋅Lindsten, Tullia⋅Lindsten, Tullia⋅Lindsten, Tullia⋅Lindsten, Tullia⋅Cross, Justin R⋅Cross, Justin R⋅Cross, Justin R⋅Cross, Justin R⋅Qing, Guoliang⋅Qing, Guoliang⋅Qing, Guoliang⋅Qing, Guoliang⋅Liu, Zhandong⋅Liu, Zhandong⋅Liu, Zhandong⋅Liu, Zhandong⋅Simon, M Celeste⋅Simon, M Celeste⋅Simon, M Celeste⋅Simon, M Celeste⋅Rabinowitz, Joshua D⋅Rabinowitz, Joshua D⋅Rabinowitz, Joshua D⋅Rabinowitz, Joshua D⋅Thompson, Craig B⋅Thompson, Craig B⋅Thompson, Craig B and Thompson, Craig B
Cancer discovery, vol. 4, (no. 12), pp. 1406-1417, December 2014. | Journal Article
2012
A short linear motif in BNIP3L (NIX) mediates mitochondrial clearance in reticulocytes
Zhang, Ji⋅Zhang, Ji⋅Loyd, Melanie R⋅Loyd, Melanie R⋅Randall, Mindy S⋅Randall, Mindy S⋅Waddell, M B⋅Waddell, M. Brett⋅Kriwacki, Richard W⋅Kriwacki, Richard W⋅Ney, Paul A and Ney, Paul A
Autophagy, vol. 8, (no. 9), pp. 1332, 9/14/2012. | Journal Article
2010
Nix is a selective autophagy receptor for mitochondrial clearance
Terzic, Janos⋅Dikic, Ivan⋅Rogov, Vladimir⋅Dötsch, Volker⋅Novak, Ivana⋅McEwan, David G⋅Zhang, Ji⋅Kirkin, Vladimir⋅Löhr, Frank⋅Popovic, Doris⋅Occhipinti, Angelo⋅Ney, Paul A⋅Wild, Philipp⋅Novak, Ivana⋅Rozenknop, Alexis⋅Reichert, Andreas S⋅Kirkin, Vladimir⋅McEwan, David G⋅Zhang, Ji⋅Wild, Philipp⋅Rozenknop, Alexis⋅Rogov, Vladimir⋅Löhr, Frank⋅Popovic, Doris⋅Occhipinti, Angelo⋅Reichert, Andreas S⋅Terzic, Janos⋅Dötsch, Volker⋅Ney, Paul A and Dikic, Ivan
EMBO reports, vol. 11, (no. 1), pp. 51, 201001. | Journal Article
 
Reticulocyte mitophagy: Monitoring mitochondrial clearance in a mammalian model
Zhang, Ji and Ney, Paul
Autophagy, vol. 6, (no. 3), pp. 408, 4/1/2010. | Journal Article
2009
Autophagy-dependent and -independent mechanisms of mitochondrial clearance during reticulocyte maturation
Zhang, Ji⋅Zhang, Ji⋅Ney, Paul and Ney, Paul A
Autophagy, vol. 5, (no. 7), pp. 1065, 10/1/2009. | Journal Article
2008
NIX induces mitochondrial autophagy in reticulocytes
Zhang, Ji⋅Zhang, Ji⋅Ney, Paul A and Ney, Paul
Autophagy, vol. 4, (no. 3), pp. 356, 4/1/2008. | Journal Article
2007
NIX Is Required for Programmed Mitochondrial Clearance during Reticulocyte Maturation
Schweers, Rachel⋅Schweers, Rachel L⋅Zhang, Ji⋅Zhang, Ji⋅Randall, Mindy S⋅Randall, Mindy⋅Loyd, Melanie⋅Loyd, Melanie R⋅Li, Weimin⋅Li, Weimin⋅Dorsey, Frank⋅Dorsey, Frank C⋅Kundu, Mondira⋅Kundu, Mondira⋅Opferman, Joseph⋅Opferman, Joseph T⋅Cleveland, John L⋅Cleveland, John⋅Miller, Jeffery L⋅Miller, Jeffery⋅Ney, Paul and Ney, Paul A
Proceedings of the National Academy of Sciences of the United States of America, vol. 104, (no. 49), pp. 19505, 20071204. | Journal Article