Excited and proud to be able to share this! A beautiful collaboration with @Roger_MorenoJ@atul_deshmukh1 where we demonstrate what we believe to be a yet unprecedented investigation of sex- and fiber type-specific adaptations to resistance training.
Check out out new preprint in collaboration with @morten_hostrup - Muscle fiber proteomics reveals sex- and fiber type-specific adaptations to resistance training https://t.co/LSBLxnjHrJ
Our latest paper with @atul_deshmukh1 is now out in @JPhysiol. We developed FibeRtypeR to infer muscle fiber type from transcriptome or proteome data. Would be great to receive feedback on it. @TeamDerave@ugent_fge
Paper: https://t.co/WDSU75oqD7
Tool: https://t.co/DmzukCywYw
Thrilled to share our new @ScienceAdvances paper where we provide evidence that mechanical stimuli drive skeletal muscle growth through TWO distinct mechanisms—and use BONCAT to visualize where the growth occurs. Take a look: https://t.co/Hk6SpXK5aJ
Mechanisms of Testosterone's Anabolic Effects on Muscle and Function: Controversies and New Insights
Always worth reading Bhasin's thoughts on this topic
https://t.co/N7ak6CY8PF
@BradSchoenfeld I just don’t see why it wouldn’t. While definately not as prominent as hypertrophy, it has quite convincingly been shown to occur in a weight lifting model in cats, and would really be surprised if adaptations in humans were so fundamentally different.
Both clenbuterol and resistance training upregulate KLHL41, an interesting protein likely involved in the muscle hypertrophic response.
https://t.co/819L8Ec1pI
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
Here we show just 2 weeks of clenbuterol induces notable increases in lean mass, but substantial decreases in cardiorespiratory fitness and tolerance development of muscle β2-adrenergic signalling. Pleasure working with @morten_hostrup and everyone else!
https://t.co/ghfRQb3PMo
New in @iScience_CP |
Combined endurance and resistance exercise training alters the spatial transcriptome of skeletal muscle in young adults |
Amazing work by @MarcasBamman group!
https://t.co/Wb4tepi673
1/10 Excited to write this thread summarizing our new paper in @NatMetabolism, which identifies a potentially critical part of the signaling pathway that drives skeletal muscle growth in response to resistance exercise!
Free link https://t.co/JWca6dVU2a
#Myotwitter@NIH_NIAMS