Free @NIHAging Workshop on « Midlife Stress and the Hallmarks of Aging » on 4/11, covering stress responses and study models.
(I will talk about the #AfricanTurquoiseKillifish 🐟 as a powerful naturally short-lived #model).
RT and Register! https://t.co/iTwOYJX8qQ
So excited to share our work out in @NatureCellBio !!! We found that small heat shock proteins can translocate to the mitochondrial intermembrane space, where they operate as molecular chaperones. Major findings 👇
https://t.co/fIfRXVQiLs
It's MITOtalk time again!
We'll talk AMPK, which doesn't do anything without our inaugural speaker @LabReuben Reuben Shaw knowing...
Join us for a MITOfeast this thursday, usual time and place.
(If you registered for previous seasons, no need to register again)
Excited to share our work investigating how manipulating one aspect of #metabolism leads to changes in #cellfate.
⭐️ SO lucky to work with superstar @BrianTDo1 on this, and thx to @mvh_lab and all our collaborators!
Looking forward to the feedback! 🙏
https://t.co/Xv1sQVNZES
Join us in #LosAngeles this December to discuss the latest advances in #stemcellresearch and to champion new ideas to overcome the current challenges in the field @CellSymposia #CSStemCells22@CedarsSinaiMed https://t.co/p3F3itP17j
Incredibly excited to share our new manuscript on the role of complex lipids during aging!!
Massive congrats to Xiaoai @xiaoaizh for a tour-de-force, and a huge thank you to all authors and collaborators!
https://t.co/BOQu2qCqia
Did you know that membrane lipids can regulate #aging? Very excited to finally share our work on the functional importance of complex plasma membrane lipids in regulating neural stem cell (NSC) aging.
https://t.co/r9l8PpSeTO
Congratulations to graduate student Franny Diehl and @mvh_lab members on an excellent new study on nucleotide imbalance out this week! @kochinstitute@MITBiology
https://t.co/oXpjJSbmTE
I'm proud to present our latest work published in @CellStemCell. Colorectal cancers are maintained by more than population of stem cells with distinct molecular phenotypes. We can measure stem cell admixture in tumours with a new molecular tool - the stem cell index.