Relaix Lab

Several #postdoc positions are open in our Laboratory 📢 Highly motivated candidates are required to work on different axes in #Muscle biology and therapeutic fields 💪🏼 Check the post for more details 👇🏼 Contact relaixlab@gmail.com @FRelaix #jobposition #myotwitter

@FRelaix @BenChazaud @PietriRouxel #workshop #muscleresearch #myotwitter #myopathies #discovery

Bonjour🇫🇷Konnichiwa🇯🇵 We hosted a fantastic workshop at the enchanting Chateau de Montvillargenne, where French and Japanese researchers delved into Myology basic discovery and preclinical modeling💡Exciting insights at the forefront of muscle disease therapies emerged! 💪#muscle

#hiring #jobposition #technicien #engineer #biology

🔬🐭Are you a skilled technician with passion for animal experimentation? We have an exciting opportunity for you to contribute to virus experiments and help manage our experimental stations.📍 Maison-Alfort, France 🔜Sept2023. send your cv and letter to recrutement@vet-alfort.fr

@NekooieNioosha @RelaixLab, Jean-Loup Duband, Sylvie Dufour and colleagues find that glucose oxidation drives trunk neural crest cell development and fate. journals.biologists.com/jcs/article/13…

Paper alert! Super proud to share Pedro Vallecillo’s postdoc masterpiece now online @ImmunityCP: A local subset of mesenchymal cells expressing the transcription facto... sciencedirect.com/science/articl…

Suivez-vous notre nouveau compte Twitter @SemaineDuMuscle dédié, comme son nom l’indique, à la #SemaineDuMuscle ? Abonnez-vous dès maintenant pour tout savoir sur notre événement de juin prochain 💪 RT bienvenus 🙏

Pleased to share a new paper from the lab about the use of the muscle fusogens on vectors for therapeutic gene delivery. Huge congrats to Sajedah Hindi who did an incredible amount of work. Check it out - authors.elsevier.com/a/1gxO4L7PXmcAg

Novel Therapeutic Pathway Identified for Duchenne Muscular Dystrophy! @FRelaix @Vale_Tag journals.lww.com/neurotodayonli…

We are looking for a motivated #PhD candidate to pursuit studies on "#Myogenic cell identity regulation by H3. 3 #histone chaperones Hira and Daxx" under the supervision of Joana Lima. Applicants should send a CV, motivation letter to joana.esteves-de-lima@inserm.fr. #PhDposition

The Annual #Renoir #workshop on #muscle #regeneration has come to an end! Thank you to all the speakers and participants that made this workshop a great experience for everyone involved and very enriching for the #PhD students! @RenoirITN

FInally we all meet at the Annual Renoir workshop on muscle regeneration organized by @FRelaix @GMinchiotti @BenChazaud @Parent_Project @GMELLISONHUGHES @silviabrunelli_ @hevaresearch @LiamColley2

Very proud of this work from my lab (awesome work from Valentina Taglietti) and collaborators demonstrating that stimulation of endogenous stem cell repair can be used to treat muscle disorders @RelaixLab @UPECactus @Inserm @IRMB science.org/doi/10.1126/sc…

The online registration for the Workshop on Muscle Tissue Repair and Disorders is now open 🎉 Don't miss this chance! my.weezevent.com/workshop-renoi…

We are pleased to announce our #workshop 📢, part of the ITN #Renoir Network, on #muscle tissue #repairs and #disorders 💪🏼 In it's hybrid format, registration will open starting next week! Check the flyer for more information👇🏼 We are waiting for you!

"Impact de l'activation chronique de la voie Ahr sur la fonction endothéliale et cardiaque chez la souris" by Christelle Dubois

The end of the year in our Lab was full of celebrations 🎉 with 4 of our students brightfully defended their PhDs. We thank all the juries members for their time and comments! Congrats to Dr.Geara, Dr.Marnany, Dr.Gioftsidi and Dr.Dubois. Their research subjects are found below 👇🏼

"The intersection of metabolism and neural crest cell development" by Nioosha Nekooie Marnany @NekooieNioosha

"Dissecting the mechanisms that regulate the quiescence-to-activation transition of skeletal muscle stem cells" by Perla Geara @PhiliMour

"Dissecting the mechanisms that regulate the quiescence-to-activation transition of skeletal muscle stem cells" by Perla Geara