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RENAL TUBULE-SPECIFIC NRF2 DELETION ATTENUATES GLOMERULAR HYPERFILTRATION AND KIDNEY INJURY VIA DOWN-REGULATION OF SGLT2 AND ANGIOTENSINOGEN EXPRESSION IN DIABETIC MICE
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E-Poster
https://storage.unitedwebnetwork.com/files/1099/90c8ba669e78ad0e7db87e9d3221e033.pdf
Abstract Title
RENAL TUBULE-SPECIFIC NRF2 DELETION ATTENUATES GLOMERULAR HYPERFILTRATION AND KIDNEY INJURY VIA DOWN-REGULATION OF SGLT2 AND ANGIOTENSINOGEN EXPRESSION IN DIABETIC MICE
First Name *
John
Last Name *
Chan
Co-author 1
Ke Su ke.su.chum@ssss.gouv.qc.ca CRCHUM Research Centre Montreal
Co-author 2
shuiling zhao shuiling.zhao@umontreal.ca CRCHUM Research Centre Montreal
Co-author 3
Wen-Xia Yang wenxia.yang@umontreal.ca CRCHUM Research Centre Montreal
Co-author 4
Junzheng Peng junzheng.peng.chum@ssss.gouv.qc.ca CRCHUM Research Centre Montreal
Co-author 5
Kana Miyata kana.miyata@health.slu.edu Saint-Louis University Internal Medicine Saint Louis
Co-author 6
Janos Filep janos.g.filep@umontreal.ca Maisonneuve-Rosemont Hospital Research Centre Montreal
Co-author 7
Julie Ingelfinger jingelfinger@nejm.org Massachussetts General Hospital Pediatric Nephrology Unit Boston
Co-author 8
Shao-Ling Zhang shao.ling.zhang@umontreal.ca CRCHUM Research Centre Montreal
Co-author 9
Co-author 10
Co-author 11
Co-author 12
Co-author 13
Co-author 14
Co-author 15
