
Paramita Pati
@ppati
Assistant Professor of Pharmacology @ Augusta University, researcher in cardio-renal physiology and circadian rhythms
ID: 48129986
17-06-2009 21:48:05
61 Tweet
132 Followers
191 Following

When you meet a great group of young investigators that share your same passion for Nephrology, you know our field is definitely becoming better every day....thank you for the awesome time... #SSCI2020 π¨πΌβπ¬π¨π½βπ¬π§πΎβπ¬π©π»βπ¬π©πΌβπΌπ©π½βπ¬π¨πΏβπ¬π¨βπ¬Ochsner Nephrology Juan Carlos Q Velez Sayna Norouzi, MD, FASN et al


Day 1 of teaching renal physiology to 4th graders #HayesElementary #PhUnweek. I have the best volunteers!!! UAB Nephrology American Physiological Society DrTommi Megan K Rhoads, PhD Luke Dunaway Paramita Pati Rachel Meek David Pollock


Liver circadian clock disruption alters perivascular adipose tissue gene expression and aortic function in mice - new research in AJP-Regulatory, Integrative Comparative Physiology journals.physiology.org/doi/10.1152/aj⦠#hepatocyte #bloodpressure #articlesinpress


We are only a few days away from Experimental Biology. Please join #BlackInPhysiology for a featured topic. When: Sunday, 4/3 @ 3:30pm Place: Philadelphia CC Room 304 See you in #Philly!




This week at #KidneyCamp, Paramita Pati will present research about the protective effect of #IntermittentFasting on kidneys in mice. Read the press release: ow.ly/VEZL50JIm5L


Dr. Paramita Pati Paramita Pati presenting at American Heart Association Council on Hypertension representing UAB Nephrology !!! #Hypertension22



Dr. Megan Rhoads Megan K Rhoads, PhD presenting Council on Hypertension #Hypertension22 UAB Nephrology


Superb talk by β¦Paramita Patiβ© on chronic circadian disruption in #cardiovascular & #kidney disease at the UAB-VUMC Nephrology retreat in Chattanooga! β¦@VUMCKidneyβ© β¦@VUMCClinPharmβ© β¦@VUMC_Medicineβ©





Paramita Pati ππ½ππ½


Findings by Paramita Pati Carmen De Miguel, PhD, MS, FAHA Jennifer S. Pollock UAB Medicine indicate that time-restricted feeding may be an effective intervention for improving cardiovascular and kidney health in obese mice. insight.jci.org/articles/view/β¦


