Interested in aging and rejuvenation?
We have a new Research Assistant position to understand aging at the cellular level!!
Come join our team!!! 😎
https://t.co/7pYS2yIpIm
Yet another study showing similar muscle growth when using heavy vs light loads. The evidence is overwhelming on the topic: loading ranges of ~5 to 30 reps build muscle equally. Very nice study design from the lab of @mackinprof 💪 https://t.co/Z9g7oWsOqS
Upcoming Postdoc Position! With Chris Nelson’s lab at U of A, we are looking for a fully supported 2-year postdoc to work on muscle gene editing and detection of gene doping in vivo. If interested, email myself and Chris: [email protected] and [email protected]#myotwitter
We’re hiring! Baylor's Department of Health, Human Performance, and Recreation invites applications for a TT Assistant Professor with expertise in clinical, applied, or translational health related research. Reach out if you are interested. https://t.co/cgzcEFYhOO
Exercise physiology fans will enjoy this interesting review entitled "A.V. Hill, athletic records, and birth of exercise physiology"
Authored by Mark Burnley, Anni Vanhatalo, David Poole, Andrew Jones and published in Journal of Physiology
https://t.co/jUoityGMsk
"Treating spaceflight as a model of accelerated aging, research into microgravity and bed rest provides valuable insights for aging care, highlighting the need for targeted interventions to preserve mobility ...." Read more in @physiolrev: https://t.co/W6940LpXfG #ArticlesInPresS
Loss of H3K9 trimethylation leads to premature aging
👉 “These findings reveal the importance of epigenetic regulation in aging and suggest that interventions targeting epigenetic modifications could potentially slow down or reverse age-related decline.”
@OcampoLab@CalidaMrabti
https://t.co/vbRCUTsg0d
1/ Ever wondered how lifting weights makes muscles grow? 💪Our latest study reveals that mTORC1 doesn’t always hold the key. Full breakdown + preprint in this thread 👇https://t.co/WqkBT4Cvwj
🌿 Food as rejuvenation medicine in action: Thymol, the compound that gives thyme its delicious aroma, delayed epigenetic aging in skeletal muscle by about 20% in fast-aging mice. It preserved strength, reduced muscle loss, and boosted cellular cleanup + energy production. #Rejuvenation #EpigeneticClocks
Gabriele Civiletto, Philipp Gut (2025) Herbal terpenoids activate autophagy and mitophagy through modulation of bioenergetics and protect from metabolic stress, sarcopenia and epigenetic aging. Nature Aging.
https://t.co/7192gpAvfb
Happy to share our new paper in @Nature led by staff scientist Xuejing Liu @Jessielxj2. We report identification of a UCP1-independent pathway of brown fat thermogenesis involving ATP-consuming metabolism of BCFA in peroxisomes. #Obesity#T2D
https://t.co/9NBWQxrRYc
@WashUDeptMed
After weight loss regular exercise rather than GLP-1 weight-loss drug reduces leading cause of heart attack and strokes
https://t.co/cWvOdaGxkP
#Obesity#weightloss#MedEd#MedX
"If you were to generate a Mount Rushmore for exercise physiology, you can’t do that without Joe Houmard,”
HHP Professor Dr. Houmard has been recognized with the Lifetime Achievement Award for Excellence in Research & Creative Activity. 🏆 🎉
Learn more ⤵️
https://t.co/Q740KmLxrc
💪💪 Resistance Exercise Reverses Ageing in Human Skeletal Muscle;
▪️Gene expression associated with ageing is reversed to youthful levels after 6 months of strength training
▪️Data suggests muscle quality in elderly can return to that of younger adults
https://t.co/yOJCSOfpBb
Ingestion of a lipid-rich meat matrix blunts the post-exercise increase of myofibrillar protein synthesis rates in healthy adults: A RCT
Nice work from @ZanZupancic18@andyaskowphd@TakeshiBarnes@Nicholas_Burd
https://t.co/pspyNk5Q87
Please repost. Postdoc position available to decipher metabolic mechanisms that drive cardiovascular disease. Join our exciting lab in New York City! Many career development opportunities. https://t.co/Fc0cJxQ4rz