Lukas Moesgaard

PhD, Postdoc at Karolinska Institutet, Department of Physiology and Pharmacology

[Lukas Moesgaard @LukasMoesgaard]

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.

[atul deshmukh @atul_deshmukh1]

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

[Lukas Moesgaard @LukasMoesgaard]

@HornbergerLab @jhibbert_phd This is huge! Congratulations @jhibbert_phd

[Thibaux Van der Stede @ThibauxV]

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

[PJ Koopmans @PJKoopmansPhD]

Really pleased to now have this manuscript online! Tremendous effort by the team: @RonaldGJones3 w/ bioinformatics, and @Franmorena98, @AReginaCabrera, @AhmedIsmaeelPhD w/ 10X and miR-1 experiments.

[The Hornberger Lab @HornbergerLab]

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

[The Hornberger Lab @HornbergerLab]

Fundamental info here..,,,mRNA transcription in skeletal muscle drives growth and determines nuclear accretion https://t.co/LZNHGSI8W4

[Dr. Myohead @DrMyohead]

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

[The Hornberger Lab @HornbergerLab]

Really nice review here. Well done Stu et al.

[Lukas Moesgaard @LukasMoesgaard]

@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.

[Lukas Moesgaard @LukasMoesgaard]

Both clenbuterol and resistance training upregulate KLHL41, an interesting protein likely involved in the muscle hypertrophic response.
https://t.co/819L8Ec1pI

[The Hornberger Lab @HornbergerLab]

Very nice review of the signaling networks governing skeletal muscle growth, atrophy, and cachexia https://t.co/zaoWb5pa8Z

[The Hornberger Lab @HornbergerLab]

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

[Lukas Moesgaard @LukasMoesgaard]

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

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

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

[Kevin Murach @KevinMurachPhD]

“Muscle memory theory: A critical evaluation” in @JPhysiol led by postdoc Nate Serrano @uacoehp @UArkResearch @UKYCMB #myotwitter https://t.co/sMTu6dHgca

[Biology of Physical Activity @JYUBiolPA]

Conference: Inter-individual variation in exercise. Please join! The speakers include e.g. @mackinprof @AbigailMackey1 @MarcasBamman @HornbergerLab @DrMikeRoberts @BradSchoenfeld @MarkusPerola G Nader, E Sillanpää, A Hecksteden, W Derave, P Atherton!
https://t.co/eT98o2ZKkh

[Craig A. Goodman @CraigAGoodman1]

Skeletal muscle proteomics: considerations and opportunities
https://t.co/mZxtM7MZMQ

[Developmental Cell @Dev_Cell]

Online now: AKT-mediated phosphorylation of TSC2 controls stimulus- and tissue-specific mTORC1 signaling and organ growth https://t.co/JjE0hGsTP2

[Kevin Murach @KevinMurachPhD]

#myotwitter

[The Hornberger Lab @HornbergerLab]

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

[Craig A. Goodman @CraigAGoodman1]

GDF8 and activin A are the key negative regulators of muscle mass in postmenopausal females: a randomized phase I trial
https://t.co/vwenX1pFqY