1. Creatinine, Arsenic Metabolism, and Renal Function in an Arsenic-Exposed Population in Bangladesh Peters, Brandilyn Anna; Hall, Megan N.; Liu, Xinhua; Neugut, Yael Dana; Pilsner , J. Richard; Levy, Diane K.; Ilievski, Vesna; Slavkovich, Vesna N.; Islam, Tariqul; Factor-Litvak, Pam; Graziano, Joseph; Gamble, Mary 2014 Articles Kidneys--DiseasesCreatinineArsenic--ToxicologyArsenic--Health aspectsEnvironmental healthBiometry
2. Creatinine- versus cystatin C-based renal function assessment in the Northern Manhattan Study Husain, Syed Ali; Willey, Joshua Zebadiah; Moon, Yeseon P.; Elkind, Mitchell S.; Sacco, Ralph L.; Wolf, Myles; Cheung, Ken; Wright, Clinton B.; Mohan, Sumit 2018 Articles Kidneys--DiseasesGlomerular filtration rateEpidemiologyCreatinineCystatins
3. Creatinine- versus cystatin C-based renal function assessment in the Northern Manhattan Study: Data Elkind, Mitchell S.; Park Moon, Yeseon; Mohan, Sumit; Willey, Joshua Zebadiah 2018 Data (Information) Kidneys--DiseasesGlomerular filtration rateEpidemiologyCreatinineCystatins
4. Short telomere length is associated with renal impairment in Japanese subjects with cardiovascular risk Eguchi, Kazuo; Honig, Lawrence S.; Lee, Joseph H.; Hoshide, Satoshi; Kario, Kazuomi 2017 Articles Japanese--Health and hygieneTelomereCreatinineKidneys--Diseases