Cilia Jia(@ciliaJia_jxy) 's Twitter Profileg
Cilia Jia

@ciliaJia_jxy

Neuroscience student, passionate about the brain and ballet

ID:1208134972416110593

calendar_today20-12-2019 21:20:16

5 Tweets

79 Followers

379 Following

FENS(@FENSorg) 's Twitter Profile Photo

👋 The FENS FENS- Tianqiao & Chrissy Chen Institute - NeuroLéman has come to an end.

Big thanks to all the attendees, chairs, and speakers who made this event unforgettable 😍 ! Your passion for and commitment to learning has truly inspired us.

EPFL Brain Mind Institute

👋 The FENS FENS- @ChenInstitute - @NeuroLeman #SummerSchool has come to an end. Big thanks to all the attendees, chairs, and speakers who made this event unforgettable 😍 ! Your passion for #neuroscience and commitment to learning has truly inspired us. @Brainmind_EPFL
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Wyart Lab(@wyartlab) 's Twitter Profile Photo

Our PhD student Cilia Jia representing the lab at the workshop 'Organization and regeneration of locomotor networks' with the support of the amazing Mathilde Lapoix

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Martin Carbó Tano(@martincarbotano) 's Twitter Profile Photo

If you are at don't miss the poster of my bro Gautam! He will delight you all with his work. Amazing storyteller indeed. Friday 10th at 8pm! Wyart Lab Claire Wyart zenith-etn

If you are at #COSYNE2023 don't miss the poster of my bro Gautam! He will delight you all with his work. Amazing storyteller indeed. Friday 10th at 8pm! @wyartlab @ClaireWyart @zenith_etn
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Cilia Jia(@ciliaJia_jxy) 's Twitter Profile Photo

Want to know the V2a reticulospinal neurons project differently the spinal cord to trigger locomotion? Come to check out my poster at S02-585 tomorrow afternoon !

Want to know the V2a reticulospinal neurons project differently the spinal cord to trigger locomotion? Come to check out my poster at S02-585 tomorrow afternoon !
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Martin Carbó Tano(@martincarbotano) 's Twitter Profile Photo

I'm over the moon to share the work I've done together with Mathilde Lapoix Claire Wyart with the exciting insights of the all mighty Rejean Dubuc. Here’s the story of how we uncovered the MLR in and how the MLR recruits medullary V2a RSNs to set forward locomotor kinematics

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