"Human Immune Organoids & Organs-on-Chip" - Excited to share our new work @NatureMaterials! Congrats to PhD student @MonicaZhong5 for leading this breakthrough work & to all authors!👏🏽Immense thanks to @WellcomeLeap & @NIAIDFunding, @theNCI + for support!🙏🏽 https://t.co/7DZXK0t0rc

“I think that people need to understand that basic research is an investment. It’s an investment in our future.” Frances Arnold will join us for this year’s Nobel Week Dialogue on 9 December where we will tackle issues including how mental health, diseases of ageing and the

Thank you @Nature Editors & @NatureConf for the invitation to speak in Belgrade, Serbia on building the Human Immune System! Incredible science from world experts, great Serbian hospitality, absolutely wonderful people, and an extraordinary platform to share the work!!

A microscopic lung the size of a stamp was built by Georgia Tech researchers to breathe, fight, and heal like the real thing. This tiny chip could revolutionize the treatment of lung disease and save lives. 🫁🐝 #WeCanDoThat | https://t.co/YnDMbdjHvz

Really, Yellow Jackets? This is brave and bold!

Congratulations Raheem! Thank you for your leadership as our CoE Dean, and now looking forward to your new role as @GeorgiaTech Provost!

Very proud and happy to share that our work on neoadjuvant IO in pMMR colon cancers has been published online in @Nature after presentation @myESMO #ESMO25. Preview: https://t.co/KR6mBytwV3 Read on how genomic instability, P53mt and proliferation may aid in predicting responses.

Check out our Comment in @Nature on #NAMs (or #NewApproachMethodologies) and #CTiD (or #ClinicalTrialinDish) that better capture human genetics and shift mindsets or research. https://t.co/7OIR0vY51J @ProfValS @lucy_os @Stanford_ChEMH @StanfordDeptMed @GreenstoneBio @US_FDA @NIH

Happy to announce the publication of our Comment piece in Nature Nanotechnology, focusing on the intersection between clinical needs and capabilities of emerging wearable technologies, titled “Implementing clinical needs into the development of wearable health-monitoring

Thx @GENbio for featuring our synthetic immune organoids @NatureMaterials, where, beyond tonsils, we built human immune organoids & lymphoid-on-chip from PBMCs that sustained germinal centers & plasma cells longer than tonsils; showed de novo germinal centers + clone formation!!

We are thrilled to see Scienmag highlight our immune-competent Lung-on-a-Chip, calling it “revolutionary” and “a significant leap forward”! Thank you for the wonderful detailed coverage of our @natBME pub! 🔗 https://t.co/I5yAztfqnd @WellcomeLeap @KrishRoyLab @RachelRingquist

Huge credit to my FIRST PhD student, Jihun Lee! 💪🎉 Inspired by @Dr_ASingh 's fantastic talk at UMich and his lab tradition, we decided to follow suit!

“I believe this will encourage immunologists and physicians to apply T regulatory cells to treat various immunological diseases.” This year’s Nobel Prize laureate, Shimon Sakaguchi, discovered a new class of T cells that protect the body from autoimmune diseases. Just after the

Cytokine Storm: Full immunocompetency in a Lung-on-a-Chip (IC-LOC) results in a broad spectrum increase in cytokines & other inflammatory proteins with a damaging impact on lung tissue. You don't see it w/ LOC or Macrophage-LOC. Read our new work @natBME. https://t.co/XoydlJ8VJP

So proud of Team “Affinity Makers” from @GeorgiaTech for completing their first 5K today at the @Winship5K! We ran for a cause close to our hearts, the fight against #cancer, which has touched so many lives. 💜 Thanks to all those who supported us!

"For decades, lung research has relied on animal models. But mice don’t get asthma like children. Their bodies don’t mount the same defenses." @GTChBE & @VUEngineering scientists are reshaping lung disease research with their lung-on-a-chip. https://t.co/jVqPk7LQxs

Thx @FuturityNews for featuring our work on building #immunity in bioengineered human lungs grown outside the body! This lets us study lung responses to #infection, #inflammation, #chronic #illness, & develop therapies w/ human-centric data. @GeorgiaTech https://t.co/NR6pJ4STbt

A living lung-on-a-chip — now with a working immune system. Led by the Woodruff School’s @Dr_ASingh, this breakthrough mimics how real lungs fight infection, opening doors for new treatments and personalized medicine. 🫁 Read more: https://t.co/w7m6qieoXz

I am starting a comic series: “Professor Singh and the Hidden Chronicles”. Here is the opening cover! More soon!

Engaging students with soft robotics https://t.co/TkRMvcSny0

Pleased to share our new review on microphysiological systems of lymphatics & immune organs in Adv. Healthcare Materials. Congrats to the American Heart Association (@American_Heart) Post-Doctoral Fellow Dr. Ishita Jain @ishujain4695, on her publication. 🔗 https://t.co/gXJ5jjYZqH