Sumeet Khetarpal (@sumeetkhetarpal) 's Twitter Profile
Sumeet Khetarpal

@sumeetkhetarpal

Cardiology fellow @MGHHeartHealth. s/p IM residency @MGHMedicine and MD-PhD @PennMedicine. lipids, metabolism, genetics. Tweets my own.

ID: 960682436362301440

calendar_today06-02-2018 01:11:56

324 Tweet

805 Followers

606 Following

Marcus Goncalves (@marcusdgon) 's Twitter Profile Photo

A couple years ago, we showed that dietary fructose enhances intestinal tumor growth. Today, I’m excited to expand these results to the normal intestine and discuss the implications for obesity and cancer. nature nature.com/articles/s4158…

Circulation (@circaha) 's Twitter Profile Photo

#OriginalResearch: Dysregulated phenylalanine catabolism abrogates healthy cardiac aging in a mouse model. A potential risk marker and therapeutic target for #CVD in the aging heart? ow.ly/oYpx50FUQ0M #AHAJournals Nadine

#OriginalResearch: Dysregulated phenylalanine catabolism abrogates healthy cardiac aging in a mouse model. A potential risk marker and therapeutic target for #CVD in the aging heart? ow.ly/oYpx50FUQ0M #AHAJournals <a href="/SuffeeM/">Nadine</a>
Sumeet Khetarpal (@sumeetkhetarpal) 's Twitter Profile Photo

Excited to work with and learn from these stars and make exciting discoveries together and have fun along the way. In the words of Kobe Bryant, we don’t hang division banners 🐐

Sumeet Khetarpal (@sumeetkhetarpal) 's Twitter Profile Photo

Fun to work on this editorial piece on an important question that has come up often as a fellow with the marvelous mentorship of Pradeep Natarajan and Michael Honigberg, MD, MPP. Many gaps in how we assess risk of ASCVD that don’t fall cleanly in primary vs secondary buckets and impact therapy

Pradeep Natarajan (@pnatarajanmd) 's Twitter Profile Photo

Our study led by Sumeet Khetarpal MGH Cardiology Fellows & D Rader Penn Genetics uses human & murine genetic studies to show that endothelial lipase, in addition to & in collab w/ lipoprotein lipase, is a regulator of TG-rich lipoprotein metabolism journals.plos.org/plosgenetics/a… PLOS Genetics

Our study led by <a href="/SumeetKhetarpal/">Sumeet Khetarpal</a> <a href="/MGHCVFellows/">MGH Cardiology Fellows</a> &amp; D Rader <a href="/PennGenetics/">Penn Genetics</a> uses human &amp; murine genetic studies to show that endothelial lipase, in addition to &amp; in collab w/ lipoprotein lipase, is a regulator of TG-rich lipoprotein metabolism journals.plos.org/plosgenetics/a… <a href="/PLOSGenetics/">PLOS Genetics</a>
PLOS Genetics (@plosgenetics) 's Twitter Profile Photo

Does endothelial lipase (EL) contribute to triglyceride #metabolism? Khetarpal et al show that EL collaborates with lipoprotein lipase to break down triglyceride-rich lipoproteins, especially after a high-fat diet Sumeet Khetarpal Michael Levin Pradeep Natarajan doi.org/10.1371/journa…

Cholsoon Jang (@cholsoon_jang) 's Twitter Profile Photo

Happy to share our new story published in Cell Metabolism regarding oral fructose tolerance test and blood glycerate measurements as a potential predictor of individual vulnerability to fructose-induced fatty liver disease. Awesome collaboration with Xia Yang Lab UCLA. Congrats all!

Circulation Research (@circres) 's Twitter Profile Photo

Circulation Research Compendium on #Cardiopulmonary Disease and #Exercise Shen et al Research Letter "Exercise Mitigates #Diabetic #Cardiomyopathy by Suppressing #Ferroptosis via N-acetyltransferase 10" ahajrnls.org/44B3nnx 강민규 @sumeetkhetarpal

<a href="/CircRes/">Circulation Research</a> Compendium on #Cardiopulmonary Disease and #Exercise

Shen et al Research Letter "Exercise Mitigates #Diabetic #Cardiomyopathy by Suppressing #Ferroptosis via N-acetyltransferase 10" ahajrnls.org/44B3nnx
<a href="/lihabo/">강민규</a> @sumeetkhetarpal