
Jacqueline Bliley
@hijackscijac
Biomedical Engineering PhD Candidate @RegenBio, Carnegie Mellon University
ID: 1246133432473837574
03-04-2020 17:52:23
48 Tweet
92 Followers
92 Following

As an individual with single ventricle physiology, Meg Didier co-created #SVPatientDay to establish a supportive and uplifting environment where people like her could openly share their experiences. Learn more and register for this free virtual event: events.r20.constantcontact.com/register/eventā¦


šOur October #AVSpotlight shines on an outstanding #earlycareer physician-scientist passionate about #singleventricle research & clinical care. Meet Dr. Dan Quiat Dan Quiat, a pediatric cardiologist Boston Children's & instructor Harvard Medical School additionalventures.org/investigator-sā¦

#AVSpotlight Earlier this year Dan Quiat won an SVRF award šas a #postdoc in the Seidman Lab Harvard Medical School to characterize patient-specific genetic variants that cause #CHD and lead to myocardial dysfunction in #singleventricle. Congrats to Dr. Quiat on this phenomenal achievement!

Our Cures Collaborative uses #TeamScience to accelerate discovery in #singleventricle #CHD with goals to generate: šlarge animal #Fontan models š»predictive #computational platforms š§«optimized cellular materials #stemcells š«#tissueengineered conduits additionalventures.org/cures-collaborā¦

The Feinberg Lab @RegenBio at CMU has an open position for a Postdoctoral Fellow in the area of lung regenerative medicine and tissue engineering. This is a really exciting funded project using cell shrink-wrapping to improve lung function. Description: cmu.wd5.myworkdayjobs.com/en-US/CMU/job/ā¦


Our #AVSpotlight shines on exceptional #earlycareer investigators across the #singleventricle research landscape. This month weāre highlighting Andrew Hudson, PhD candidate in @RegenBio CMU_BME CMU College of Engineering & co-founder of @FluidForm3D additionalventures.org/investigator-sā¦

(1/2) In work led by #AVSpotlight Andrew Hudson & Andrew Lee the @RegenBio team developed an embedded printing approach that revolutionized #3Dbioprinting of soft biological materials like type I collagen with high resolution. science.org/doi/10.1126/scā¦

Andrew Hudson Andrew Lee @RegenBio (2/2) The #FRESH platform can be used to #3Dbioprint human heart structures like valves, ventricles & even whole hearts. Check out perspectives from the group on the future of FRESH published earlier this year in APL Bioengineering @DShiwarski Joshua Tashman aip.scitation.org/doi/10.1063/5.ā¦

Remarkable work by #AVSpotlight Andrew Hudson, Andrew Lee & the @RegenBio team creating #tissueengineered cardiac structures! x.com/i/status/14555ā¦

#AVSpotlight Andrew Hudsonās research focuses on developing #3Dbioprinting techniques to harness the potential of #tissueengineering in #cardiovascular tissue generation. Listen below to hear more from Andrewās presentation at last yearās #AVSpeakerSeries

#AVSpotlight Andrew Hudsonās work in Adam Feinbergās Lab is an integral part of our Cures Collaborative: a team science initiative to develop functional cures for #singleventricle. additionalventures.org/investigator-sā¦


Collaborating across fields is imperative for advancement. #AVSpotlight Andrew Hudson advocates for frequent & fruitful interaction among physicians & researchers to identify needs & communicate capabilities within #singleventricle #CHD communities. additionalventures.org/investigator-sā¦





Excited to share our contribution to #advanced #materials @AdvSciNews on recent progress in #materials #chemistry for #neural #interfaces written by group members Gaurav Balakrishnan Jiwoo SONG and Chenchen MOU! onlinelibrary.wiley.com/doi/10.1002/adā¦


Join us on WEDNESDAY to hear from 3ļøā£ exceptional #earlycareer investigators that are transforming the #singleventricle research landscape! Alessandro Bertero Prof. Stephanie Lindsey abhay ramachandra You won't want to miss this fantastic lineup - Register Herešow.ly/Xfq150HJu5E


A great project led by Jacqueline Bliley and @RegenBio using FRESH to 3D bioprinting contractile heart tubes. doi.org/10.1088/1758-5⦠via IOPscience