Holley Lab (@theholleylab) 's Twitter Profile
Holley Lab

@theholleylab

The Holley Lab at Duke University works to discover how non-coding RNAs and epitranscriptomic RNA modifications contribute to heart disease.

ID: 1146106695480836096

calendar_today02-07-2019 17:21:44

143 Tweet

262 Followers

143 Following

MeyerLab (@meyerlabduke) 's Twitter Profile Photo

Please RT: The Meyer Lab is hiring! Interested in developing new tools for studying RNA modifications and/or exploring the role of m6A in cellular function and disease? We have funding for 2 postdocs! Come join our amazing team!

Duke Health (@dukehealth) 's Twitter Profile Photo

Duke is proud to be recognized as the #1 program in the U.S. for #hearttransplants in 2022, and the only program in the Southeast to transplant more than 1,800 heart and heart-lung transplants. Duke Heart | DukeCTSurgery

American Heart News (@heartnews) 's Twitter Profile Photo

Manesh Patel followed his dream of making a difference, and to him, it’s a privilege. #AwardsWithHeart Read his full story: spr.ly/6013OMw0t Manesh Patel AmericanHeartNC

Manesh Patel followed his dream of making a difference, and to him, it’s a privilege. #AwardsWithHeart Read his full story: spr.ly/6013OMw0t <a href="/manesh_patelMD/">Manesh Patel</a> <a href="/AmericanHeartNC/">AmericanHeartNC</a>
JAMA (@jama_current) 's Twitter Profile Photo

Most viewed in the last 7 days from JAMA: New USPSTF guidelines recommends all women undergo routine #breastcancer screening every other year beginning at age 40, an update from the 2016 recommendation to start at age 50. ja.ma/3JLTmtr

Most viewed in the last 7 days from <a href="/JAMA_current/">JAMA</a>: 

New USPSTF guidelines recommends all women undergo routine #breastcancer screening every other year beginning at age 40, an update from the 2016 recommendation to start at age 50. 

ja.ma/3JLTmtr
The RNA Society (@rnasociety) 's Twitter Profile Photo

RNA science has gone mainstream - learn from outreach experts how to best explain your research inĀ a way that the public actually understands!Ā  Join us for theĀ Public Engagement in RNA Research WorkshopĀ scheduled just prior to RNA 2024 in Edinburgh.Ā Registration required and the

RNA science has gone mainstream - learn from outreach experts how to best explain your research inĀ a way that the public actually understands!Ā 

Join us for theĀ Public Engagement in RNA Research WorkshopĀ scheduled just prior to RNA 2024 in Edinburgh.Ā Registration required and the
Pradeep Natarajan (@pnatarajanmd) 's Twitter Profile Photo

Are you an MD student interested in research? Would strongly consider applying for the Sarnoff Foundation Fellowship. Scientific immersion with *unparalleled* longitudinal mentorship & exceptional peer network career-long. sarnofffellowship.com My biggest regret in med school was

Are you an MD student interested in research?
Would strongly consider applying for the <a href="/SarnoffCardio/">Sarnoff Foundation</a> Fellowship. Scientific immersion with *unparalleled* longitudinal mentorship &amp; exceptional peer network career-long. sarnofffellowship.com
My biggest regret in med school was
MeyerLab (@meyerlabduke) 's Twitter Profile Photo

Excited to share our latest work developing DART transgenic mice and using them to profile m6A in single cells of the mouse brain. A fantastic study led by Matt Tegowski with contributions from Holley Lab nature.com/articles/s4159…

Sean M Wu, MD PhD (@seanm_wu) 's Twitter Profile Photo

Great visualization and a nice way for trainees to see what it takes to make it as an academic scientist. šŸ‘šŸ‘šŸ‘šŸ™šŸ™šŸ™šŸ‘šŸ‘šŸ‘

The Nobel Prize (@nobelprize) 's Twitter Profile Photo

BREAKING NEWS The 2024 #NobelPrize in Physiology or Medicine has been awarded to Victor Ambros and Gary Ruvkun for the discovery of microRNA and its role in post-transcriptional gene regulation.

BREAKING NEWS
The 2024 #NobelPrize in Physiology or Medicine has been awarded to Victor Ambros and Gary Ruvkun for the discovery of microRNA and its role in post-transcriptional gene regulation.
Syed A. Ahmad (@syedaahmad5) 's Twitter Profile Photo

Medical knowledge is doubling every 60 days. There are no shortcuts for training physicians. MEDICINE IS DIFFICULT AND SERIOUS BUSINESS. šŸ‘‡šŸ¼šŸ‘‡šŸ¼

Medical knowledge is doubling every 60 days. 

There are no shortcuts for training physicians. 

MEDICINE IS DIFFICULT AND SERIOUS BUSINESS. šŸ‘‡šŸ¼šŸ‘‡šŸ¼
MeyerLab (@meyerlabduke) 's Twitter Profile Photo

Attention prospective postdocs: Are you interested in studying RNA modifications and using cutting edge technologies to uncover the role of m6A in physiology and disease? Come join our team! We are hiring! themeyerlab.com

Jeffrey Flier (@jflier) 's Twitter Profile Photo

This approach to suddenly cutting NIH grant indirect costs will cause chaos and harm biomedical research and researchers in hospitals, schools and institutes nationwide. A sane government would never do this.

Harlan Krumholz (@hmkyale) 's Twitter Profile Photo

NIH just made a drastic change to indirect cost rates, reducing the rate to 15%, a significant cut from the 60%+ some institutions charge. This will have a devastating effect on the nation’s medical research infrastructure. ResearchAmerica AAMC Yale School of Medicine grants.nih.gov/grants/guide/n…

Sudarshan Rajagopal (@sudarrajagopal) 's Twitter Profile Photo

NIH While the indirect rates have in general been to high, it reflects that the direct costs have not been inflation-adjusted for decades. If you do this, put the money back into direct costs that actually fund the research. This is a total disaster for all universities.

F. Perry Wilson, MD MSCE (@fperrywilson) 's Twitter Profile Photo

NIH has announced a cut in the "indirect rate" to 15% across the board, in a move that appears to be retroactive to even existing grants. This is a bloodbath for research institutions throughout the country. Brief explainer for those not in this world: buff.ly/3EtML7D

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.

Prof. Akiko Iwasaki (@virusesimmunity) 's Twitter Profile Photo

NIH indirect costs fund the backbone of research: maintaining labs, ensuring safety, and supporting admin work. These are essential for groundbreaking discoveries. Drastic cuts to NIH indirect rates are detrimental to academic biomedical research.