Joshua Godwin

PhD student at @AuburnU in MASL (@drmikeroberts). Research interest include: skeletal muscle biology, ribosomes, ECM, and hypertrophic mechanisms.

[Joshua Godwin @godwinjs71]

@PJKoopmans Congrats PJ!

[Max Michel, PhD @maxmichel_]

Thrilled to see our topical review “Mitigating skeletal muscle wasting in unloading and augmenting subsequent recovery” published in @JPhysiol. Big thanks to @MarcasBamman for coordinating this project!

https://t.co/V7Od2MC0v2

[Mike Roberts @DrMikeRoberts]

Effects of training status on atrophy-hypertrophy outcomes with leg immobilization & recovery resistance training. Awesome pre-print led by @maxmichel_ and help from @godwinjs71 @DanielPlotkin_ and others with collab from @MattStockPhD & @MarcasBamman https://t.co/4ZkrB18mVV

[Dave Hughes @HughesDC_Muscle]

Relative rDNA copy number is not associated with resistance training-induced skeletal muscle hypertrophy and does not affect myotube anabolism in vitro | ⁦@godwinjs71⁩ ⁦@maxmichel_⁩ ⁦@DrMikeRoberts⁩ | #myotwitter https://t.co/4ZzIiyqi1W

[Cleiton Libardi @cleiton_libardi]

Congrats Joao Bergamasco ⁦@mairascarpelli⁩ ⁦@TalissonChaves_⁩ and MuscuLab Team. Another fantastic collab with ⁦@DrMikeRoberts⁩ Lab ⁦- @godwinjs71⁩ ⁦@phc_mesquita⁩ ⁦@maxmichel_⁩ https://t.co/p9Rk6IvAjM

[Mike Roberts @DrMikeRoberts]

Stellar 2-year effort by @godwinjs71 with help from @maxmichel_ @cleiton_libardi @ChrisFryPhD @IVechetti @jjmcca2_john and several others. Integrative look into Vimentin as a mechanosensitive gene during skeletal muscle hypertrophy. https://t.co/vl3UPlpJ5B

[Mike Roberts @DrMikeRoberts]

Proud of this one by @DanielPlotkin_ and the lab. Going to keep down this rabbit hole. Interested in thoughts here. Myosin heavy chain fragmentation as a potential marker of protein degradation in response to resistance training and disuse atrophy https://t.co/GqkY0FOIKB

[Joshua Godwin @godwinjs71]

@parry_hailey Ours has been good for over 2-years stored at -20c

[The Hornberger Lab @HornbergerLab]

Nice to see that our FIM-ID method was highlighted in an eLife Digest "Getting the measure of muscles" https://t.co/WtoJB5ezwV.

[Mike Roberts @DrMikeRoberts]

Fantastic work led by ⁦@godwinjs71⁩ with collab from Gustavo and Andy showing rDNA copy number is not associated with resistance training-induced skeletal muscle hypertrophy in a larger human cohort and does not affect myotube anabolism. https://t.co/lMslETg3qw

[Mike Roberts @DrMikeRoberts]

PRE-PRINT RT, denervated fiber, senescent cell dissertation project in middle-aged folks by X-less Brad Ruple with Mason, Mads, @godwinjs71 @NicholasJKontos @maxmichel_ @ZiegenfussTim @seer_bio @AusRob_PhD @LBruceGladden and @AbigailMackey1. https://t.co/vozEsMAQBZ

[The Hornberger Lab @HornbergerLab]

A Novel Imaging Method (FIM-ID) Reveals that Myofibrillogenesis Plays a Major Role in the Mechanically Induced Growth of Skeletal Muscle https://t.co/UHCdaHKW3u

[Mike Roberts @DrMikeRoberts]

Great muscle marker follow-up in an attempt to explain why HIIT after 7 wks of RT leads to the loss of muscle hypertrophy (@phc_mesquita dissertation). 1st au @maxmichel_, and great team help from @godwinjs71, @DanielPlotkin, @cleiton_libardi and more. https://t.co/lO1708qjuD

[Mike Roberts @DrMikeRoberts]

@phc_mesquita J Phys pub from his dissertation out after excellent reviews. Great collab with Dr. Kavazis's lab and help from @godwinjs71 @casey_sexton1 @ShelbyOsburn8 @cleiton_libardi @LBruceGladden and others. https://t.co/MDrVr2arxS

[Stuart Phillips (he/him) @mackinprof]

Mechanisms of mechanical overload-induced skeletal muscle hypertrophy: current understanding and future directions | Physiological Reviews https://t.co/EPr0nXas9M

THE definitive review on muscle hypertrophy. Proud to be part of the team led by

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

Out just now! @AJPCellPhys

Skeletal muscle memory

@dcturner93 and I try to provide the most comprehensive review of the advances in skeletal muscle memory research to date!

https://t.co/B8egGxdlcw

[Mike Roberts @DrMikeRoberts]

Training near vs. further away from failure (per Zourdos' work) leads to interesting neural adaptations. https://t.co/LHI2B6H8R4
@MattStockPhD collab; (team: Brad Ruple, @DanielPlotkin_, @masmith__, @godwinjs71, @Casey_Sexton1, @NickKontos12, @cleiton_libardi and others).

[Dr. Myohead @DrMyohead]

Myofiber hypertrophy adaptations following 6-weeks of low load resistance training with blood flow restriction in untrained males and females

From @TannerReece7 @godwinjs71 @XphysNerd @JeremyRpearson @DrMikeRoberts @KU_NeuroMechLab

https://t.co/j0uGL23DbE

[Mike Roberts @DrMikeRoberts]

PREPRINT by @phc_mesquita from the Kavazis lab examining if a block of resistance training alters subsequent endurance training adaptations in muscle. Help from @godwinjs71 @Casey_Sexton1 @ShelbyOsburn8 @cleiton_libardi @LBruceGladden and others. https://t.co/vHRCYASE4T

[Max Michel, PhD @maxmichel_]

Great talks today @seacsm by @DrMikeRoberts, @godwinjs71, and Brad Ruple. Always a great time hearing about cutting edge skeletal muscle research. Awesome job representing the MASL gentlemen!