New in @NatImmunol: we uncover mechanosensing by Piezo1 on mesenchymal stromal cells as a fundamental mechanism of stress-induced immunomodulation in skeletal muscle, particularly in contexts of acute exercise and injury.
nature.com/articles/s41590-0…
1st author paper in Nature Aging🥳
Unbiased CALERIE participants' exoproteome analysis and a reverse translational study found inhibition of C3a, a complement component, is an inflammaging checkpoint. 1/
Kudos to @MishraManish29@VishwaDeepDixi1 and team!
nature.com/articles/s43587-0…
When we discovered irisin in 2012 (Bostrom et al), we described its actions in terms of the browning of the white fat and anti-diabetic effects. Here, in collaboration with the Mathis lab, we re-examine this in mechanistic detail. nature.com/articles/s42255-0…
New job posting: Interested in immunology, exercise, and aging? The Langston Lab is recruiting a highly motivated postdoc with a strong background in immunobiology and/or biomedical engineering.
Join our growing team @YaleMed@yalepathology@YaleAgepostdocs.yale.edu/posts/2026…
Caloric restriction in humans reveals immunometabolic regulators of health span | Science science.org/doi/10.1126/scie…
Effects on thymus rejuvenation in humans (functional thymic vol and TRECs) were one of the unexpected finding from NIA funded CALERIE trial.
In the @Langston_Lab at @YaleMed, researchers work to understand how cells in tissues sense exercise & how exercise impacts inflammation w/the goal of unlocking therapies for chronic disease & age-related frailty. bit.ly/4burGab
New in @NatImmunol: we uncover mechanosensing by Piezo1 on mesenchymal stromal cells as a fundamental mechanism of stress-induced immunomodulation in skeletal muscle, particularly in contexts of acute exercise and injury.
nature.com/articles/s41590-0…
This study builds on our prior work in @SciImmunology demonstrating that muscle inflammation is not merely a feature of the stress response to exercise but a regulator of exercise adaptation science.org/doi/10.1126/scii…
We continue to explore how non-parenchymal cells regulate muscle function, exercise benefits & age-related decline in the Langston Lab!
@YaleMed@YalePathology@YaleAge
We are recruiting a postdoc – please reach out if interested.
New study from the Lab of @VishwaDeepDixi1 & lab member @Hee_Hoon_Kim of @YaleMed begins to uncover how a wild mouse native to the Middle East resists physical, cognitive & immunological decline while living 6 to 7 times longer than other wild mice. #Agingshorturl.at/6BS1G
The 2nd Yale Center for Research on Aging (Y-Age) Symposium is set for Monday, October 13 at the Anlyan Center Auditorium at @YaleMed. Join us for a day-long discussion on human longevity, geroscience, and the biology of #aging. bit.ly/470j7D9
Excited to share that I’ve joined @YaleMed as an Assistant Professor in @YalePathology & member of @YaleAge.
The Langston Lab studies how the immune system regulates muscle function, exercise benefits & age-related decline.
Follow langstonlab.substack.com for updates.
I am deeply grateful to my mentors, colleagues, and collaborators for their guidance and support, and I look forward to building new connections and collaborations in this exciting next chapter at Yale.
Regulatory T cells (#Tregs) support body heat generation by brown #adipose tissue by preventing interferon-γ–induced mitochondrial damage, according to new research in mice. @natzam7@harvardmed
Learn more in Science #Immunology: scim.ag/3TXAKMq
Does the lack of correlation between PGC1a RNA and protein give you a headache? Us too. Phillip Dumesic has uncovered a key factor controlling PGC1a mRNA translation authors.elsevier.com/a/1kdIZ…