Thanks to the @bmentamu @TAMUEngineering talented students, and our collaborators across the vibrant Texas Medical Center ecosystem.

In @DrugTargetRev, the @JainLabTAMU of @TAMUEngineering present their customizable vessel-chip model that replicates the complexity of human vasculature, including branches, aneurysms, & stenoses, for studying vascular disease. drugtargetreview.com/news/16…

NEW lab website, new directions and energy! Can't believe my lab is entering its 10th year! As we plan to transition to new challenges, our website is now refurbished: bioinsyst.com Designed completely in-house by my student, Katelyn Ta, w/ help from @aguycalledankit

On the inside cover of issue 11 of @LabonaChip: Vascular architecture-on-chip: engineering complex blood vessels for reproducing physiological and heterogeneous hemodynamics and endothelial function. #OpenAccess from @_TanmayMathur, @JainLabTAMU et al pubs.rsc.org/en/content/arti…

Our review with @JainLabTAMU recently published in @ATVBahajournals describes the pro-thrombotic function of TGF-b1, but what about the other TGF isoforms? Read the pre-proof below to find out ahajournals.org/eprint/JWBQE…

Check out the latest episode of @TAMU's 'At Ease' featuring engineering research: Organs-on-Chips! @bmentamu Dr. Abishek Jain and former student Ashley Chuong discuss their groundbreaking work and its applications in studying diseases like cancer and cardiovascular disease.

Join President Welsh for the second podcast episode of At Ease, produced by @KAMUTVFM, as he sits down with Dr. Abishek Jain from @TAMUEngineering and his former student, Ashley Chuong from @EnMedTAMU. They dive into how “organ-on-a-chip” technology is revolutionizing research from ovarian cancer to aging in space! Listen here: tx.ag/AtEase

For the second year, it is great to see that the dedicated subtrack "Lymphatic Engineering in Cardiovascular Disease and Regeneration" continues to thrive within @BMESociety #BMES2024. Fantastic leadership by Feng Zhao @bmentamu @JainLabTAMU @IsaacLeeLab !

#Houston is the future!

Amazing time in #Montreal for @MicroTas2024 and looking forward to #Australia hosting #MicroTAS2025 in #Adelaide and hanging out with Chips again! @milicaruoft @JainLabTAMU @SBaratchi @TohidDidar

It was fun giving this interview to @MEDICATradeFair. From the lab to the market: vascular chips medica-tradefair.com/en/lab-…

I am really excited to share our paper in Nature Reviews Bioengineering @natrevbioeng on the integration of #organoids into #organ-on-a-chip systems. This is the future of drug discovery and human disease modelling

63 years of NHLBI support... just remarkable. Dr. Shu Chien's scientific achievements are eclipsed only by his great warmth, decency, and generosity. We bioengineers are fortunate to have him as a leader and role model. Congrats! @ucsdbe

Great catching up with colleagues at @isth 2024 at Bangkok, and joining them at the biorheology SSC session. @ArnoldLiningJu @Bark_Lab @DrAnnaW_lab @CecileOury @SMSheaLab and Leo Liu. Wonderful talks by @PrithuSundd and @nicolai_leo.

A student asked me for my #definition of #success. That made me thinking. Here it is for me. Success, for me, is the absence of regrets. It means knowing that I've given my best effort and not feeling guilty about a lack of effort on my part. If I've truly committed myself and done all I can, I can accept the result without feeling bad. Regret only arises when I know there was something lacking in my efforts. Thus, success is about being at peace with my dedication, knowing I've done everything within my power. The outcome does not define my success. What's your definition of success? 🤔

This was fun. Thanks @timminslab. This meeting is gonna get even better over the next 3 days. @TAMUEngineering

Fantastic talk by @bmentamu colleague @JainLabTAMU on integrating #AI into the design of organ on a chip technologies at CV Bioengineering Symposium at @MethodistHosp

Exciting times ahead!! Thanks to our @taminnovation office for fueling this initiative. @tamuresearch @TAMUEngineering @bmentamu

📢Our new publication describing a "mathematics-integrated organ-on-chip". Raw data & codes freely available. #PLOSONE: AngioMT: 2D image-to-physics tool to predict oxygen transport in vascularized MPS dx.plos.org/10.1371/journal.… 1st authored by @_TanmayMathur at @TAMUEngineering

Platelets are magnificent, they are not immune cells, but they can be as good as any!