Jean-Baptiste BEAUME

PhD @Univ_savoie @LIBM_lab (FRA🇨🇵) Neuromuscular Fatigue, Hypoxia.

[Jean-Baptiste BEAUME @JBBeaume]

A fantastic experience as a volunteer for the organization of @E_C_S_S. Thanks to @OscarHERVE3 for trusting me and giving me the opportunity to manage the volunteers in all the lecture rooms. Have a great end to the congress! :D
#ECSS2023 @INSEP_PARIS

[Jean-Baptiste BEAUME @JBBeaume]

@kinesiologui @MarieCaPlay @LIBM_lab @Univ_St_Etienne @JrossiUJM @GiandoliniM @SalomonFrance @SalomonRunning Congrats @MarieCaPlay !!

[Jean-Baptiste BEAUME @JBBeaume]

@osterwald_katja @LIBM_lab @GregoireMillet1 @jeannedekerle @GruetMathieu @E_C_S_S Thanks Katja :)
There's no reason why we won't see each other !

[Jean-Baptiste BEAUME @JBBeaume]

It was an honor to defend this thesis (@LIBM_lab) in the presence of @GregoireMillet1, @jeannedekerle.@GruetMathieu and Romuald Lepers. Thank you for these engaging and thought-provoking discussions. I am thrilled to have made you proud, dear supervisors. See you at @E_C_S_S :D

[Tadej Debevec @DebevecTadej]

Great to be back in the beautiful Chambery at @LIBM_lab @Univ_Savoie
This time as a proud co-supervisor with Thomas Rupp & @FHintzy for @JBBeaume PhD thesis defence! Big congrats Dr JB!! 👏🏼🥂 Looking forward to our future collaborations and all the best for all your endeavors!

[Jean-Baptiste BEAUME @JBBeaume]

@MattCrossNZ @Univ_Savoie @LIBM_lab Thx Matt :)

[Jean-Baptiste BEAUME @JBBeaume]

I am thrilled to announce that I have obtained my PhD in Motor Biology from @Univ_Savoie @LIBM_lab would like to extend my heartfelt gratitude to my supervisors and acknowledge the collaboration with Dr. Benjamin Pageaux and on neuromuscular fatigue.

[Jean-Baptiste BEAUME @JBBeaume]

@jeannedekerle @LIBM_lab @GregoireMillet1 @GruetMathieu @E_C_S_S @DebevecTadej @FHintzy Thank you so much, @jeannedekerle, for making the trip from Brighton. It was a pleasure to have the opportunity to exchange with you :)

[Jean-Baptiste BEAUME @JBBeaume]

@RyNorbury @Univ_Savoie @LIBM_lab Thank you, it shouldn't be long before it arrives. Stay tuned! :p

[Jean-Baptiste BEAUME @JBBeaume]

And @kinesiologui on neuromuscular fatigue*

[Jean-Baptiste BEAUME @JBBeaume]

@Iapyxs @LIBM_lab @GregoireMillet1 @jeannedekerle @GruetMathieu @E_C_S_S Thanks Callum !! :D

[Jean-Baptiste BEAUME @JBBeaume]

@DebevecTadej @LIBM_lab @Univ_Savoie @FHintzy A big thank you to you, Tadej, for this wonderful collaboration and all the insightful discussions we shared with Thomas Rupp and @FHintzy. I hope to have the opportunity to see your little family again in Ljubljana. I have fond memories of the short time I spent there.

[ECSS @E_C_S_S]

Only 6 weeks to go until #ECSS2023

Who is going to be there?? 🙋‍♀️

[PhD_Genie @PhD_Genie]

A PhD candidate after the submission of the thesis.

[Jean-Baptiste BEAUME @JBBeaume]

Congrats for this work guys !
@LIBM_lab

[Journal of Physiology @JPhysiol]

Can local vibration alter the contribution of persistent inward currents to human motoneuron firing?
@ThomasLapole, @CGBrownstein , Rozand (@LIBM_lab), @ricardoNOmesqu (@chalmersuniv), Baudry (@ULBruxelles) and @RobinSouron (@LaboMIP) share their work!

📜https://t.co/9eC1S9X7Kw

[Pradeep Natarajan @pnatarajanmd]

Why do hibernating bears, despite prolonged immobility, not get venous thromboembolism?
In a new study, scientists prioritize HSP47 down-regulation.
I am most impressed with the team for sticking needles in hibernating brown bears!! 😲
https://t.co/N30fxHcPWD @ScienceMagazine

[Guillaume Millet @kinesiologui]

Our last review paper on #fatigue is online.
Thank you @FrontSportsAL @GregoireMillet1 for the invitation.
@Univ_St_Etienne @LIBM_lab @chaire_ActiFS @Sainbiose_Lab @FrontiersIn
@david_hupin @ThomasLapole @MathildeBertr14
#fatigability #muscle #ANS
https://t.co/ZgVZjoc4Iy

[Jean-Baptiste BEAUME @JBBeaume]

@DebevecTadej @BenNarang how to blind the subject on the condition: completely obscure his vision? ^^
Good luck for your experimentation Ben 💪🔥

[Chris Beardsley @SandCResearch]

One of the mechanisms by which supraspinal CNS fatigue occurs during exercise is likely an increase in the perception of effort by discomforting or painful sensations. This study confirms that pain does cause CNS fatigue during exercise.

[Jean-Baptiste BEAUME @JBBeaume]

@RyNorbury @thebfrpros Very curious to see how you will integrate BFR. Can't wait to see these future projects :)

[Giancarlo Condello @giancondello]

The Book of the Research Topic "Near-Infrared Spectroscopy Technique and its Application in Exercise Settings" is now available for your concern.
https://t.co/kj2RVNYWo0