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 @krntneja @KlaraGuan @evijit 🧵

Thanks @JainLabTAMU for these amazing five years!

We are here, New Orleans!! @MPSWorldSummit

🏆Congrats to the winner of the #CytoSMART #ResearchGrant, @_TanmayMathur, 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 @JainLabTAMU

“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, @bmentamu assistant professor Gig'em Tanmay! 👍

Good morning! Just another @TAMU grad student conducting life-saving research today.tamu.edu/2021/12/10/do… #BMENTAMU #TAMUGradImpact

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. @JainLabTAMU @TanmayM10520353 #AHAJournals ow.ly/4jk250GPZ7l

3/ Congratulations to Henry S. Cheng, PhD @Harvardmed @MGHMedicine! Finalists: @MarkCBlaser @FangLi47313348 @_TanmayMathur

Please join me and my fellow ECIs @FangLi47313348, @_TanmayMathur, and Henry Cheng in the @ATVBCouncil Elaine Raines award session today at #AHA2021 #AHA21! Session AT.AOS.387, ahasessions.heart.org/live-s… @AHAMeetings @ATVBEarlyCareer

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