Tanmay Mathur, Ph. D.

11 posts

Tanmay Mathur, Ph. D.

Tanmay Mathur, Ph. D.

@_TanmayMathur

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

Katılım Mayıs 2021
107 Takip Edilen39 Takipçiler
Tanmay Mathur, Ph. D. retweetledi
Anjali Singh
Anjali Singh@singhanj13·
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 🧵
English
2
15
96
9.3K
Tanmay Mathur, Ph. D. retweetledi
TAMU Engineering
TAMU Engineering@TAMUEngineering·
“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! 👍
Texas A&M University@TAMU

Did you know that a circuit chip can copy the workings of an organ? Tanmay Mathur '19, a @TAMUEngineering Ph.D. student, is using this technology to discover personalized treatments for people with sickle cell disease. #tamu tx.ag/OrgansOnChips

English
0
3
5
0
Tanmay Mathur, Ph. D. retweetledi
JAHA
JAHA@JAHA_AHA·
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
JAHA tweet media
English
0
1
6
0
Tanmay Mathur, Ph. D. retweetledi
Abhishek Jain
Abhishek Jain@JainLabTAMU·
The biggest opportunity organ-on-chips have is to advance treatments for rare and orphan diseases..Checkout our case study with SCD.
English
0
3
7
0