Associate Professor, Aab CVRI, University of Rochester. Heart development and cardiac fibrosis research. Proud father and husband. Avid cyclist.
Joined September 2018
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Thrilled to share our research on a novel method to visualize and isolate border zone cardiomyocytes! Powerful new tool to study their contribution to heart repair and regeneration. @URMC_DeptMed #URochesterResearch
Sprr1a acts a novel marker for specific subpopulation of border zone cardiomyocytes in mice, that survive myocardial infarction, facilitating their direct visualization, isolation, and longitudinal tracking. ahajrnls.org/3OmYZUW
Eric Small retweeted
Sprr1a acts a novel marker for specific subpopulation of border zone cardiomyocytes in mice, that survive myocardial infarction, facilitating their direct visualization, isolation, and longitudinal tracking. ahajrnls.org/3OmYZUW
Fantastic day having @Transactivator join us @UR_Med @URMC_DeptMed for the Dean’s lecture! #URochesterResearch
Fun time at CVRI picnic and kickball game! @URochester_SMD @URMC_DeptMed #urochesterresearch
Congrats Xiaoyi Liu, outstanding grad student in the lab, for her top trainee abstract award @BCVSearlyCareer #BCVS24 for her work on p53 and cardiac fibrosis @URMC_DeptMed @URochester_SMD #urochesterresearch
Eric Small retweeted
Two years as DOM Vice Chair reinvigorating research and just launched our new @URMC_DeptMed research website showcasing our work! Tremendous teamwork with S. Fingler and @lauracalvi3 urmc.rochester.edu/medicine/…
Thanks to @PilarAlcaidePhD for visiting the CVRI @URMC_DeptMed and sharing incredible data on inflammation and cardiac fibrosis. And a great dinner shared with @CraigMorrell5 @panglabcvri
Eric Small retweeted
We are hiring!! TT positions in Cancer Biology. Come join us @WilmotCancer @URochester_SMD @UofR for cutting edge translational cancer research, a collaborative, inclusive, and vibrant work environment, in one of the USs greatest mid size cities.
jobs.sciencecareers.org/job/…
Eric Small retweeted
1/5 New ep of @circres #DiscoverCircRes bit.ly/3YCUx52 @sthilairelab chats w/ @XiaoyiLiu1227 @Eric66867284 about their study, the multi-functional tumor suppressor protein P53 also limits fibroblast proliferation & cardiac fibrosis in left ventricle pressure overload.
Great chatting with you about our recent study! Thanks for the opportunity.
New podcast is out! Thanks for the great conversation @XiaoyiLiu1227 and @Eric66867284! #DiscoverCircRes @CircRes 🫀🎙️👩🔬
Eric Small retweeted
Authors from the July 21st issue of @CircRes have previous work on the prevention of #fibrosis & pathological cardiac remodeling. Read more by @Eric66867284 laboratory at ahajrnls.org/45dsRWq listen to the podcast at ahajrnls.org/45gj9D3
Eric Small retweeted
@XiaoyiLiu1227, et al found the tumor suppressor #p53 limits #fibroblast proliferation in heart disease to regulate the timing of #ECM deposition & the extent of cardiac #fibrosis. ahajrnls.org/43MQXX3
@Eric66867284 @jentwa97@URMC_DeptMed @URochester_SMD
Eric Small retweeted
Excited to present our latest paper with @RezaArdehali1 and @Eric66867284 to the #NAVBO community next week describing the pericyte response to cardiac ischemia!
Date: July 20 at 1:00pm ET
Presenter: Dr. Pearl Quijada, Assistant Professor, University of California, Los Angeles
Title: “Cardiac pericytes mediate the remodeling response to myocardial infarction"
Paper: conta.cc/44BoeVX
Event: conta.cc/43mo03Y
@PearlQuijada
Eric Small retweeted
So proud of our UR Division Chief of Pulmonary and Critical Care @MPatriciaRivera on her election as ATS president #ATS
Happy to be a part of this exciting collaborative study with @RezaArdehali1! Work in my lab begun by @PearlQuijada @URMC_DeptMed @URochester_SMD, now leading her own lab @ucla!
Our new paper (buff.ly/435kUBT) in JCI (@jclinicalinvest) describes a novel role for cardiac pericytes after injury. This may open up a whole new area of research in cardiac fibrosis. @bcmhouston @BCMHeart @PearlQuijada
Eric Small retweeted
Our new paper (buff.ly/435kUBT) in JCI (@jclinicalinvest) describes a novel role for cardiac pericytes after injury. This may open up a whole new area of research in cardiac fibrosis. @bcmhouston @BCMHeart @PearlQuijada
Eric Small retweeted
We appreciate you @jlighthouse and @Eric66867284 for writing an editorial about our work! ahajournals.org/doi/10.1161/…
Search for @URMC_DeptMed Chief of Cardiology underway! Rochester, NY is a great place to live and work! View posting here: practicematch.com/physicians…
