David Pollock (@davidpollock929) 's Twitter Profile
David Pollock

@davidpollock929

Renal physiologist, music lover, amateur woodworker and grill master

ID: 720938289

calendar_today18-10-2013 16:37:26

245 Tweet

719 Followers

228 Following

Matt Bailey (@edinburgh_renal) 's Twitter Profile Photo

Summary of our new study👉Discovery offers likely treatment for kidney disease | The University of Edinburgh ed.ac.uk/news/2022/disc…

UAB Nephrology (@uab_nrtc) 's Twitter Profile Photo

Deep South KUH PRIME - Post-doctoral Research Fellowships KUH PRIME in Kidney, Urology, and non-malignant Hematology diseases at Augusta University, Tulane University or UAB. Applications reviewed as received. sites.uab.edu/kuhprime/post-… David Pollock Orlando Gutierrez Dr Timmy Lee

Deep South KUH PRIME - Post-doctoral Research Fellowships <a href="/KUHPRIME/">KUH PRIME</a> in Kidney, Urology, and non-malignant Hematology diseases at Augusta University, Tulane University or UAB. Applications reviewed as received. sites.uab.edu/kuhprime/post-…
<a href="/davidpollock929/">David Pollock</a> <a href="/ogutierrez136/">Orlando Gutierrez</a> <a href="/DrTimmyLee1/">Dr Timmy Lee</a>
David Pollock (@davidpollock929) 's Twitter Profile Photo

Awesome new mega(lin) paper from the Weisz lab with so many new insights into how our diet is impacting our kidneys! Function American Physiological Society academic.oup.com/function/artic…

Function (@aps_function) 's Twitter Profile Photo

🆕In this newly accepted article, the team at UAB Heersink School of Medicine explores how activating AhR prevents the development of salt-sensitive hypertension. 🧂 Discover more: ow.ly/GsUa50UFk20 David Pollock UAB Heersink School of Medicine

🆕In this newly accepted article, the team at <a href="/UABHeersink/">UAB Heersink School of Medicine</a> explores how activating AhR prevents the development of salt-sensitive hypertension. 🧂

Discover more: ow.ly/GsUa50UFk20

<a href="/davidpollock929/">David Pollock</a>
<a href="/UABHeersink/">UAB Heersink School of Medicine</a>
Andrea C. Love, PhD (@dr_andrealove) 's Twitter Profile Photo

The NIH 15% cap on indirect costs will kneecap biomedical research in the US. Without essential infrastructure, there will be: Staff cuts Lab closures Fewer research projects Less scientific progress Loss of talent The US will no longer lead scientific & medical innovation.

Dr. Catharine Young (@catgyoung) 's Twitter Profile Photo

Distilling the potential impact of science based on a title is so dangerous. Some of the biggest biomedical breakthroughs came from research that, at first glance, seemed ‘pointless or unrelated. Here are a few that I'm sure might have caused an uproar in the headlines:

David Pollock (@davidpollock929) 's Twitter Profile Photo

JCI Insight - Time-restricted feeding reduces cardiovascular disease risk in obese mice insight.jci.org/articles/view/… When you eat is as important as what you eat. Thanks NIH, @NHLBI, UAB Nephrology, and KUH PRIME and our staff and trainees supported by NIH $ for making this happen!