@clemlanf profile picture
Clément Lanfranchi @clemlanf

PhD student at @ISSULausanne🇨🇭📖 Interested in muscle physiology, and exercise 🚴🏼

Joined November 2020
  • Tweets 94
  • Following 214
  • Followers 278
49 Photos and videos
Just got home after 3 amazing days of exercise science in Roanoke for the @BiochemExercise conference - It was fantastic! The cherry on top: I was awarded the @APSPhysiology Data Blast Presentation award! 🏆 Huge thanks to @zhenlab and the IBEC committee for the organisation
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Clément Lanfranchi retweeted
Journal of Physiology@JPhysiol
May 22
Recent #research by @clemlanf and colleagues observed that oleuropein-based olive leaf extract enhances #muscle mitochondrial #bioenergetics response to moderate – but not maximal – intensity #exercise in humans 💊 🚴 Read the study here👇️ 🔗 buff.ly/zTvLCQ9
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Thrilled to see this collaborative work - part of my PhD - just published! 🎉
Nicolas Place@Nicolas_Place1
Apr 14
Replying to @Nicolas_Place1
In short, OLE may potentiate the skeletal muscle response to exercise, paving the way for future investigations. doi.org/10.1113/JP290316 #Mitochondria #SkeletalMuscle #SportsScience Thanks to all authors and especially @clemlanf @NadegeZanou @FeigeLab for the great work
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Our study: « Effect of prior NMES of vastus lateralis on the fatigue induced by a sustained voluntary knee extension in men » is just out in JEK ! ⚡️💪🏻 sciencedirect.com/science/ar…

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A big thanks to the people involved in this project but especially to @Nicolas_Place1 for the great supervision. @unilsport
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In this study we observed that prefatiguing the VL induced compensatory activity from synergist muscles and reduced the time to task failure during a submaximal contraction to failure. However it did not affect the extent and origin of induced fatigue.
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Clément Lanfranchi retweeted
Nicolas Place@Nicolas_Place1
12 Nov 2024
Congrats to @clemlanf and colleagues for this new publication 👏 ! Data collected in Dijon... Some time ago... @unilsport Effect of prior NMES of vastus lateralis on the fatigue induced by a sustained voluntary knee extension in men sciencedirect.com/science/ar…
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Clément Lanfranchi retweeted
Nicolas Place@Nicolas_Place1
2 Jul 2024
We really enjoyed the first day of our #neuromuscularsymposium in Lausanne. Great talks and nice view 😉 @unilsport @UNIGEnews @UniPadova @NestleNHSc @iNeuroMyoGene
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What a nice conference it was here in Lisboa ! Great science and great time with @NadegeZanou @Nicolas_Place1 @GondINMG @CellSymposia #exmet2024
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Clément Lanfranchi retweeted
Nicolas Place@Nicolas_Place1
7 May 2024
Great conference ! #exmet2024 @CellSymposia @clemlanf @NadegeZanou together with @GondINMG
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Clément Lanfranchi retweeted
Nicolas Place@Nicolas_Place1
2 May 2024
Merci @unilsport pour la mise en avant de notre dernière publication collaborative ! news.unil.ch/display/1714654…
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Clément Lanfranchi retweeted
Gregoire Millet@GregoireMillet1
23 Apr 2024
Another step forward in understanding the specific mechanisms of Repeated Sprint Training in Hypoxia (RSH) when compared to normoxia. Activation of an S100A/Akt pathway Congrats to all but particularly @clemlanf @skierwillie & @NadegeZanou 🙏👏 faseb.onlinelibrary.wiley.co…

Repeated sprint training in hypoxia induces specific skeletal muscle adaptations through S100A...

Repeated sprint training in normoxia and hypoxia increased exercise performance and affected skeletal muscle metabolism. The levels of proteins involved in the oxidative phosphorylation pathway were...

faseb.onlinelibrary.wiley.com
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What are the mechanisms underlying repeated sprint training in hypoxia (RSH) as compared to normoxia ? In this new study, we highlight the activation of a pathway involving S100A proteins family in skeletal muscle💪🚴 faseb.onlinelibrary.wiley.co…

Repeated sprint training in hypoxia induces specific skeletal muscle adaptations through S100A...

Repeated sprint training in normoxia and hypoxia increased exercise performance and affected skeletal muscle metabolism. The levels of proteins involved in the oxidative phosphorylation pathway were...

faseb.onlinelibrary.wiley.com
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A big thanks to @skierwillie, @NadegeZanou, @GregoireMillet1, @Nicolas_Place1, @bengt_kayser, Louis Laramée and Sonia Conde Alonso for the effort put in this work !
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Clément Lanfranchi retweeted
Journal of Applied Physiology@japplphysiol
27 Mar 2024
🤩Happy Wednesday, check out this #ResearchArticle, The first and second phase of the muscle compound action potential in the thumb are differently affected by electrical stimulation trains @clemlanf, et al. ow.ly/qZzj50QZB4Q #JAPPL #ArticlesInPress @Nicolas_Place1
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Clément Lanfranchi retweeted
Nicolas Place@Nicolas_Place1
6 Mar 2024
Our last paper is now published in Redox Biology. Congrats again to Chris Donnelly and all coauthors for the very good job !! @unilsport @OroborosI doi.org/10.1016/j.redox.2024…

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Always a great experience to attend @E_C_S_S congress ! Really nice presentations from various fields in sport sciences and I also had the great opportunity to share insights 🎙️into skeletal muscle adaptations to repeated sprint training in hypoxia 🗻#RSH !
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🛑NEW INFOGRAPHIC🛑 « Taurine deficiency as a driver of aging » by P. Singh, K. Gollapalli, @VijayYadavLab and many other authors in @ScienceMagazine @NewsfromScience (2023) science.org/doi/10.1126/scie…
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Some other authors : @steman_research, @drbhupinderpal, Daniela Schranner, Mohd Aslam Yusuf and @manish_chamoli
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Clément Lanfranchi retweeted
Juleen R. Zierath@JuleenRZierath
24 May 2023
Our latest Exercise metabolism and adaptation in skeletal muscle | Nature Reviews Molecular Cell Biology A great collaboration with ⁦@JonoSmith01⁩ ⁦@KevinMurachPhD⁩ ⁦@DyarKen⁩ 👍 nature.com/articles/s41580-0…

Exercise metabolism and adaptation in skeletal muscle

Nature Reviews Molecular Cell Biology - Skeletal muscles show high metabolic flexibility and functional plasticity in their response to different exercise modalities. Recent findings have advanced...

nature.com
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