Cell Mol Ex Physiol

Cellular & Molecular Exercise Physiology Tweets #molecularbiology #exercise #muscle #cellbiology View our article archives at the link below!

[Dave Hughes @HughesDC_Muscle]

Mass spectrometry-based proteomics approaches to interrogate skeletal muscle adaptations to exercise | #myotwitter https://t.co/s5n3zeQ6oX

[The Hornberger Lab @HornbergerLab]

Happy to see the second half of Nate Steinert's dissertation in its final publication format. #myotwitter https://t.co/HfNQyhvSU7

[Aging and Metabolism Research Program @AM_OMRF]

Recent OMRF news release highlighting the groundbreaking discovery from the Miller lab: muscle fibers continue replicating DNA after reaching maturity. ⬇️
https://t.co/vPL6SEKvd4

[Brian Glancy @brianglancylab]

The dynamic shapes of sarcomeres in series. Video shows cross-sectional view moving down the barrel of an adult mouse skeletal muscle for ~12 sarcomere lengths. Note frequent transfer of myosin filaments (grey puncta) between adjacent sarcomeres. #myotwitter

[Shenhav Shemer Lab @Shenhav_Lab]

Our recent paper "Proteasome gene expression is controlled by the coordinated functions of multiple transcription factors" is now posted on BioRxiv:
https://t.co/9jlWUjF0LU

[Dave Hughes @HughesDC_Muscle]

Sex-specific alteration in human muscle transcriptome with age | #myotwitter
https://t.co/hxC3l6KvXI

[Kevin Murach @KevinMurachPhD]

Nice work @DrAdamPSharples et al! @FASEBorg #myotwitter

[Craig A. Goodman @CraigAGoodman1]

Skeletal muscle mitochondrial inertia associates with carnitine acetyltransferase activity and physical function in humans
https://t.co/jiUVLB5X0H

[Martino V. Franchi @MVFranchi]

New from us, with @GiuseppeSirago in the lead for this one👏🏻

[Dave Hughes @HughesDC_Muscle]

Loss of FoxOs in muscle increases strength and mitochondrial function during aging | O’Neill Lab, ⁦@JordanFuquaPhD⁩ ⁦@VitorALira⁩ ⁦@IntMedatIowa⁩
#myotwitter https://t.co/cgDDtXDUmb

[The Hornberger Lab @HornbergerLab]

Great topical review. Makes me wonder if the decrease in type 2 fiber size with aging is due to a decrease in the # of myofibrils or the size of myofibrils. Anyone know of data on this? Single muscle fibre contractile function with ageing https://t.co/3MhAGMS76a

[Shenhav Shemer Lab @Shenhav_Lab]

Excited to share that our paper is now published @emboreports !!!
https://t.co/gdRuKj1dwt

[Christopher Perry PhD @ChrisPerryMito]

I've been looking forward to this paper since Holly Van Remmen presented some of the data at #IBEC2022 this year.

Lipid hydroperoxides and oxylipins are mediators of denervation induced muscle atrophy
https://t.co/Re8x0YFqX0

[Edwin Miranda, EP, MS, PhD @EdwinRay91]

Check out the latest pub from my new science home, the Funai lab! Had a great time writing this up with @JustinShahtout and @KatsuFunai Happy Friday and congrats to my coauthors!! https://t.co/EyftCIevVf

[Dave Hughes @HughesDC_Muscle]

NAD+ Therapeutics and Skeletal Muscle Adaptation to Exercise in Humans | New review from ⁦@campelj_dean⁩ & ⁦@andyphilp_lab⁩ #myotwitter https://t.co/lVawAU9rJB

[Craig A. Goodman @CraigAGoodman1]

Activation of eIF4E-binding-protein-1 rescues mTORC1-induced sarcopenia by expanding lysosomal degradation capacity
https://t.co/7FZ4aICF54

[Christopher Perry PhD @ChrisPerryMito]

In press!

@DelfinisLuca in our lab found cancer causes weakness in quads + diaphragm BEFORE atrophy

BUT quads recover 'specific' force once atrophy occurs

Can we embrace muscle heterogeneity and the power of compensation in mice to guide new therapies?

https://t.co/YHskirhpmG

[Dave Hughes @HughesDC_Muscle]

Exercise builds the scaffold of life: muscle extracellular matrix biomarker responses to physical activity, inactivity, and aging | #myotwitter ⁦@MarniBoppart⁩ ⁦@TonyBlazevich⁩ https://t.co/TYcX17RUkh

[Dave Hughes @HughesDC_Muscle]

Skeletal muscle nuclei in mice are not post-mitotic | New data from @aga_borowik @TheMuscleTussle @benjaminfmiller @AM_OMRF @UKYCMB

https://t.co/YLXZFl19Is

#myotwitter

[Adam Sharples Ph.D -Blue Sky🦋@profadamsharples @DrAdamPSharples]

Wow!

Can’t believe this is now published in @physiolrev

It really is an all-encompassing review & a must read for all in exercise/molecular physiology!

Over 1200 papers reviewed & 13 figures!

The beautiful writing is all Brendan Egan’s not mine!

https://t.co/BvWClZzDTA