Mathilde Lapoix
@MLapoix
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MD student, PhD in Neurosciences @wyartlab @ParisBrainInst, @FIREPhD. excited about how brains make bodies move
Lyon, France
Joined September 2017
🥳 Extremely proud and happy to share our work on the control of locomotion by the MLR and V2a RSNs in #zebrafish 🐠 Check out Martin’s thread for appetiser and our paper for proper meal!!!
I'm over the moon to share the work I've done together with @MLapoix @ClaireWyart with the exciting insights of the all mighty Rejean Dubuc. Here’s the story of how we uncovered the MLR in #zebrafish and how the MLR recruits medullary V2a RSNs to set forward locomotor kinematics
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Please have a look at our @zenith_etn initiative managed with @PortuguesLab @filodelbene @daniobrain @benjulab @elenadreo @BormuthVolker @EmilianiLab and many more to bring more quantitative approaches to the field of neuroscience:
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Sharing extraordinary work of @martincarbotano with @MLapoix @ciliaJia_jxy @wyartlab who identified the MLR in larval zebrafish, how MLR neurons encode vigor, and project onto reticulospinal neurons throughout the brainstem to elicit forward locomotion https://t.co/Its251nb7Q
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#Parkinson: a new study may help to better understand how motor circuits go wrong in the disease. More about this study on our website : 👉 https://t.co/v7cCLvU2jj 🤝@Inserm @InstitutCerveau
https://t.co/9ad2PBUDmc
parkinsonsnewstoday.com
A new map of how neurons wire up in the zebrafish brain to propel the body forward and steer movement may further research in Parkinson's.
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#TalentsCNRS 💠 🎥 🥉 Découvrez le portrait vidéo de Yasmine Cantaut-Belarif, médaille de bronze, chercheuse en neurosciences et biologie du développement à @InstitutCerveau
@INSB_CNRS @Sorbonne_Univ_ @InsermIDF ⤵ https://t.co/PRduLakSc2
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🚨 awesome science alert !!!! Bravo to all the amazing scientists who contributed to this work
Happy Valentine! Check out @CurrentBiology & find out how sensory neurons taste bacterial metabolites in the CSF & secrete compounds to enhance host survival during brain infections. 8 years of work & paper I am the most proud of. Cheers to @yale_fishcore! https://t.co/W4QcpKpAKf
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Junior fellows: sign up for the 2023 MOTOR CONTROL school @EPFL! Amazing opportunity for training & vibrant discussions with S Arber, @gcourtine @TrackingActions @CristinWelle, @briandmccabe, @EPFL_Petersen, @ramdya & @wyartlab ! excited to be part of this @FENSorg initiative🐬
This will be excellent - molecular, circuit/systems, translation, and cutting-edge methods, with a killer teaching line up! @ArielJLevine @CristinWelle @briandmccabe @EPFL_Petersen Silvia Arber, @ClaireWyart @gcourtine, me and more! 🙌apply now!!
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Cool, elegant and precise: check out latest collaborative work from the Wyart Lab !!! Congrats Faustine and Xiaowen !
My first paper: Granger causality analysis for calcium transients in neuronal networks, challenges and improvements! Check out our practical toolbox to infer flow of information across neurons by applying GC on in vivo population calcium signals @wyartlab
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Ravie d’avoir pu partager mon travail de thèse à mes compères et ami.e.s étudiants en santé science au congrès de l’école de l’@Inserm ! Un week-end très stimulant et inspirant 🧐 Merci Evan pour le partage !
Au tour de @MLapoix de présenter son travail de thèse qu'elle vient de terminer avant de revenir à la faculté de médecine Lyon Est @UnivLyon1 / @CHUdeLyon @HCL_research Une histoire de locomotion de poisson zèbre et d'imagerie calcique...
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PhDs can be challenging and public discourse tends to focus on the negatives. To bring back some balance and positive momentum, this group of students sought to highlight the positive elements of the PhD experience. #AcademicChatter #PhDChat
https://t.co/JatTc7cnIe
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Super proud to share the latest work we built with the community, I would like to thank all the co-authors who made this work possible and the great master minds who orchestrated it 🤙 #FENS2022
#FENS2022 #MYFENS2022 A fresh view on student-student social interactions during scientific conferences @K_Billel @gsgothard @petra_moce @simoneazeglio @mazdsplq and others (see author list below)
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Very greatful for the opportunity to give my very first talk as Dr Lapoix to share the story we put together with @martincarbotano ! Such a great experience to finally meet the motor control community in person at pre-#FENS2022 symposium. Thank you Julien and team!
What a fantastic day @NeuroPSI_saclay for the pre #FENS2022 Satellite on neuronal motor circuits. Literally AWESOME talks by all trainees, excellent discussions, sun and drinks! Thank you all for making this day happen and enjoy the rest of the meeting!
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Which neural circuits make vertebrates move forward, faster and change direction ? Excited to share our answers with @martincarbotano today afternoon at #FENS2022 !! Come chat at poster S02-580 & S02-584!!
Mathilde Lapoix @MLapoix Poster title: V2a reticulospinal neurons in the medulla encode speed and duration of exploratory locomotion Board number: S02-580 Poster session 02 - SECTION: MOVEMENT: BRAINSTEM AND VESTIBULAR CONTROL Poster date/time: 10-07-2022, 14:00 - 17:30
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Mathilde Lapoix @MLapoix Poster title: V2a reticulospinal neurons in the medulla encode speed and duration of exploratory locomotion Board number: S02-580 Poster session 02 - SECTION: MOVEMENT: BRAINSTEM AND VESTIBULAR CONTROL Poster date/time: 10-07-2022, 14:00 - 17:30
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🏅PRIX | @ClaireWyart, @Inserm @InstitutCerveau, est lauréate du prix Richard Lounsbery 2022, pour ses travaux remarquables sur l’interface sensorielle entre le système nerveux et le liquide cérébrospinal, qui contrôle notre posture et nos mouvements. 👏 👉 https://t.co/YhqwlDYgjG
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📢 The lab is hiring ! 🔬⚡️🧠
🕯️Why is light special in Paris?🕯️@wyartlab @ParisBrainInst is hiring a PhD in #optics to develop 3D single cell #optogenetics on 2 photon laser scanning & SCAPE light-sheet microscopes. Work with @EmilianiLab, @HillmanLab, @ESPCI_Paris, @ElimHong1⚡️Spread the word: apply/RT!⚡️
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Next Tuesday it's all about Spinal - Sensory - Signaling when @ClaireWyart will talk about how sensory inputs are integrated in the spinal cord during development and locomotion! 🧠 ▶️ Register: https://t.co/xcFu3iju8i
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Our home is burning. Rapid climate change is destabilizing our world. For many, the future looks grim and hopeless. In an age of doom and hopelessness, giving up seems the only sensible thing to do. But that’s not true. You are not doomed. Watch why: https://t.co/PedWQ2Hql6
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📢Major achievement from one of the #Zenith labs! Kudos to @martincarbotano & @MLapoix for this outstanding work with the contribution of our own Zenith student @ciliaJia_jxy (#proud😊). Check out their findings on the control of locomotion by the MLR and V2a RSNs in #zebrafish !
Second lab tweet to honour past pledges.📢 Behold the latest work from the lab led by @martincarbotano and @MLapoix at the @ParisBrainInst in collaboration with Rejean Dubuc!! We are extremely happy to share this amazing story with you all 🎉🥳 Happy reading!
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Great achievement from talented postdoc @martincarbotano and grad student @MLapoix who identified the mesencephalic locomotor region (MLR) in zebrafish & uncovered how MLR drives forward locomotion by recruiting V2a reticulospinal neurons in the medulla !!
I'm over the moon to share the work I've done together with @MLapoix @ClaireWyart with the exciting insights of the all mighty Rejean Dubuc. Here’s the story of how we uncovered the MLR in #zebrafish and how the MLR recruits medullary V2a RSNs to set forward locomotor kinematics
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Second lab tweet to honour past pledges.📢 Behold the latest work from the lab led by @martincarbotano and @MLapoix at the @ParisBrainInst in collaboration with Rejean Dubuc!! We are extremely happy to share this amazing story with you all 🎉🥳 Happy reading!
I'm over the moon to share the work I've done together with @MLapoix @ClaireWyart with the exciting insights of the all mighty Rejean Dubuc. Here’s the story of how we uncovered the MLR in #zebrafish and how the MLR recruits medullary V2a RSNs to set forward locomotor kinematics
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