Tanmay Mathur, Ph. D. (@_tanmaymathur) 's Twitter Profile
Tanmay Mathur, Ph. D.

@_tanmaymathur

Research Assistant Professor at BioinSyst Lab, Biomedical Engineering TAMU; Interested in developing patient-derived organ-chips.

ID: 1393654948538298374

calendar_today15-05-2021 19:50:34

12 Tweet

39 Followers

109 Following

Abhishek Jain (@jainlabtamu) 's Twitter Profile Photo

The biggest opportunity organ-on-chips have is to advance treatments for rare and orphan diseases..Checkout our case study with SCD.

Mark Blaser, PhD (@markcblaser) 's Twitter Profile Photo

Please join me and my fellow ECIs Fang Li, Tanmay Mathur, Ph. D., and Henry Cheng in the ATVB Council Elaine Raines award session today at #AHA2021 #AHA21! Session AT.AOS.387, ahasessions.heart.org/live-stream/19… AHAMeetings ATVB Early Career Committee

Please join me and my fellow ECIs <a href="/FangLi47313348/">Fang Li</a>, <a href="/_TanmayMathur/">Tanmay Mathur, Ph. D.</a>, and Henry Cheng in the <a href="/ATVBCouncil/">ATVB Council</a> Elaine Raines award session today at #AHA2021 #AHA21! 

Session AT.AOS.387, ahasessions.heart.org/live-stream/19…

<a href="/AHAMeetings/">AHAMeetings</a> <a href="/ATVBEarlyCareer/">ATVB Early Career Committee</a>
JAHA (@jaha_aha) 's Twitter Profile Photo

Patient-derived endothelial cells function as well as primary ECs and are more easily derived than iPSC-ECs. This will enable the next generation of vascular tissue engineering. Abhishek Jain @TanmayM10520353 #AHAJournals ow.ly/4jk250GPZ7l

Patient-derived endothelial cells function as well as primary ECs and are more easily derived than iPSC-ECs. This will enable the next generation of vascular tissue engineering. <a href="/JainLabTAMU/">Abhishek Jain</a> @TanmayM10520353 #AHAJournals ow.ly/4jk250GPZ7l
TAMU BMEN (@bmentamu) 's Twitter Profile Photo

#TAMUbme doctoral student Tanmay Mathur is making an #impact in health by testing new options of cells available for organs-on-chips. His latest paper was published in the latest version of JAHA. Check out the breakdown of his research here: tx.ag/MathurCells

#TAMUbme doctoral student Tanmay Mathur is making an #impact in health by testing new options of cells available for organs-on-chips. His latest paper was published in the latest version of <a href="/JAHA_AHA/">JAHA</a>. 

Check out the breakdown of his research here: tx.ag/MathurCells
TAMU Engineering (@tamuengineering) 's Twitter Profile Photo

“Tanmay’s work lays a foundation for what lies in the future of tissue engineering and organ-on-chip technology and the positive impact that these platforms can make in personalized medicine.” - Dr. Abhishek Jain, TAMU BMEN assistant professor Gig'em Tanmay! 👍

CytoSMART (@cytosmart) 's Twitter Profile Photo

🏆Congrats to the winner of the #CytoSMART #ResearchGrant, Tanmay Mathur, Ph. D., from the BioInSyst Lab that received a #CytoSMARTLux3FL. The CytoSMART team wishes you many great findings in your research in the development of organ-on-chip biotechnology! #tbt #cytosmart Abhishek Jain

🏆Congrats to the winner of the #CytoSMART #ResearchGrant, <a href="/_TanmayMathur/">Tanmay Mathur, Ph. D.</a>, from the BioInSyst Lab that received a #CytoSMARTLux3FL.
The <a href="/CytoSMART/">CytoSMART</a> team wishes you many great findings in your research in the development of organ-on-chip biotechnology! #tbt #cytosmart <a href="/JainLabTAMU/">Abhishek Jain</a>
Anjali Singh (@singhanj13) 's Twitter Profile Photo

New preprint out! GenAI is changing how we think 🧠 This work reviews its cognitive impacts. Using Bloom’s Taxonomy & Dewey’s theory of reflective thinking, it unpacks *how* it affects human cognition. arxiv.org/abs/2502.12447 With Karan Taneja Klara Guan Avijit Ghosh 🧵