🥳 Congratulations to Clement Lanfranchi and Anastasiya Kuznyetsova! These two individuals were presented with JAPPL-sponsored awards by APS President Dr. Sue Bodine for their research presented at the 2026 @BiochemExercise meeting. Photo by @FralinBiomed.
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
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👇️
🔗 https://t.co/l5bIuil96E
@Nicolas_Place1 @unilsport 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.
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 ! ⚡️💪🏻
https://t.co/OYKS1EZ1qL
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
https://t.co/KSiCZFfrFX
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 🙏👏
https://t.co/mimmWcklfe
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💪🚴
https://t.co/0QHBtCFgx0
🤩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.
https://t.co/PBhVD7Dmfr #JAPPL#ArticlesInPress@Nicolas_Place1
Our last paper is now published in Redox Biology. Congrats again to Chris Donnelly and all coauthors for the very good job !! @unilsport @OroborosI
https://t.co/9MrmrcgrM3
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 !
🛑NEW INFOGRAPHIC🛑
« Taurine deficiency as a driver of aging » by P. Singh, K. Gollapalli, @VijayYadavLab and many other authors in @ScienceMagazine@NewsfromScience (2023)
https://t.co/hEV2FPG0jj