Max Michel, PhD

Postdoctoral Research Fellow @theihmc in healthspan, resilience, and performance research (@marcasbamman).

[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

[Cleiton Libardi @cleiton_libardi]

NEW PREPRINT (bioRxiv)
A one-time 120% increase in weekly set volume did not promote greater hypertrophy than a 20% increase.
First authors: Júlio Camargo & Diego Bittencourt
Great collab with @DrMikeRoberts and the Auburn team (@maxmichel_ et al.)
https://t.co/IFPSFiN207

[Max Michel, PhD @maxmichel_]

Very thankful for great mentors that made defending my dissertation an awesome experience. Hard to believe it’s finally done, but very much looking forward to the next chapter.

[Mike Roberts @DrMikeRoberts]

Great technique pioneered by @maxmichel_ building on work by @godwinjs71 with minimal input tissue. (Preprint): Proteomic profiling of ribosomes from higher versus lower responders to 10 weeks of resistance training https://t.co/ttMx2hqFHX

[Cleiton Libardi @cleiton_libardi]

Our new paper is out in Eur J Appl Physiol:
“Is there a volume saturation point for muscle hypertrophy in resistance-trained individuals? A narrative review”

Congrats to Júlio (first author), MuscuLab team, @maxmichel_ & @DrMikeRoberts

https://t.co/iTRjzWfmTY

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

New research with @HughesDC_Muscle
We've shown UBR5 links to human muscle growth & memory. Now his lab has investigated most UBR proteins-finding-ALL are regulated by growth &regrowth
UBRs maybe key to protein quality control!
UBR5 https://t.co/huINKP3Wwe
https://t.co/IrBD3QQsUY

[Dave Hughes @HughesDC_Muscle]

Response of UBR-box E3 ubiquitin ligases and protein quality control pathways to perturbations in protein synthesis and skeletal muscle size

New Preprint & first senior author article 🚨 | ⁦@CraigAGoodman1⁩ ⁦@DrAdamPSharples⁩ ⁦@scbodine⁩ https://t.co/K3DW2oQ0A4

[Max Michel, PhD @maxmichel_]

Well deserved Dr. Hughes. Very excited to see big things from your lab in the future!

[Dave Hughes @HughesDC_Muscle]

New career chapter 🔓 | Thankful for my mentors and support network after this 10 year post doc journey, which I wouldn’t change for the world 🌎. Excited for all the new challenges ahead 💪🏼.

https://t.co/4wLavvJ2sV

[Journal of Applied Physiology @japplphysiol]

From JM Michel et al (@AuburnU @UCF @DrMikeRoberts @MattStockPhD @mads) Effects of leg immobilization and recovery resistance training on skeletal muscle-molecular markers in previously resistance-trained vs untrained adults
🔒https://t.co/ACPhzVhaDQ

[Matthew A. Romero, PhD @machu512]

It took a little while, but our website is finally up! Please take a look at what we’re establishing and working on in the future at UC Santa Cruz! https://t.co/jtxLdwpx3P

[Craig A. Goodman @CraigAGoodman1]

Nitric oxide in exercise physiology: past and present perspectives
https://t.co/YI1Cke4u5V

[Max Michel, PhD @maxmichel_]

Awesome new paper from @MVFranchi and team. Conveys an excellent story and sheds light on disuse (mal)adaptation along with shorter term recovery mechanisms.

[Martino V. Franchi @MVFranchi]

🚨New article from our lab!🚨

-Previous short-term disuse dictates muscle gene expression and physiological adaptations to subsequent resistance exercise-

A true collaborative effort! (see the thread below for more)

Now out in @JPhysiol

https://t.co/o9YoXGRBYE

[Craig A. Goodman @CraigAGoodman1]

Previous short-term disuse dictates muscle gene expression and physiological adaptations to subsequent resistance exercise
https://t.co/C2OEdZOifX

[Craig A. Goodman @CraigAGoodman1]

Skeletal muscle ribosome analysis: A comparison of common assay methods and utilization of a novel RiboAb antibody cocktail

https://t.co/4nWgptgCMa

[Matt Stock, PhD @MattStockPhD]

🚨Retweets appreciated!🚨

I’m searching for my next rockstar PhD student @UCF_Kinesiology! Join @UCF_CNSlab in sunny Orlando ☀️ where we work hard but laugh at our failures along the way. Future work will primarily focus on neuromuscular aging and disuse.

[The Hornberger Lab @HornbergerLab]

Interested in the mechanisms that regulate myogenesis? If so, I think that you will enjoy our recent study in which we explore why the expression of TRIM28 in satellite cells is required for regeneration. The KO phenotype is simply stunning 1/ https://t.co/jIoPUvQK9V

[Stuart Phillips (he/him) @mackinprof]

Mitigating disuse-induced skeletal muscle atrophy in ageing: Resistance exercise as a critical countermeasure https://t.co/0k2zp6Ad9P

Great work from @james_mckendry @GiuliaLColetta @ChanghyunLim1 @nunesea

#prehab #rehab #sarcopenia #aging #muscle

[Dr. Myohead @DrMyohead]

Mitigating skeletal muscle wasting in unloading and augmenting subsequent recovery

Good read from @maxmichel_ @DrMikeRoberts @MarcasBamman et al

https://t.co/OE1YrXu00T

[Max Michel, PhD @maxmichel_]

Huge joint effort here. Big thanks to external collaborators from UCF - @MattStockPhD and IHMC - @MarcasBamman and Dr. Zachary Graham. Big thanks all around and very excited to work toward seeing this published.

[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

[Max Michel, PhD @maxmichel_]

@TomCardaci @AJPCellPhys Great stuff Tom! Always great seeing your microscopy work.