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đź“ť Did you know CAJAL courses include intensive hands-on projects on advanced neuroscience topics?![]()
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The Movement and motor control in health and disease will include projects on:![]()
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- Simultaneous imaging of D1 and D2 medium spiny neurons’ activity in freely moving mice.![]()
- Investigating connectivity among reticulospinal neurons in vivo.![]()
- Estimating how many reticulospinal neurons are sufficient to trigger locomotor bouts.![]()
- Understanding locomotion behaviour in Parkinson’s disease through quantitative measures – From lab to real world.![]()
- Investigating the motor functions of diverse classes of hindbrain and spinal interneurons via CRISPR/Cas genome editing in Xenopus.![]()
- Ex vivo and in vivo patch clamp recordings.![]()
- Neuropixel recording in mice performing a Forelimb Reaching task ![]()
- Modeling the motor system.![]()
- Using and developing open-source tools to investigate motor behavior and its neuronal correlates.![]()
- Build a basic brain-computer interface for decoding movement intention.![]()
- Activity of Globus Pallidus Arkypallidal neurons during skilled-reaching movements in mice.![]()
- Pathophysiology of bradykinetic motor behavior in a non-human primate model of Parkinson’s disease.![]()
- Modelling the mouse spinal cord structure and its emergent dynamics in space.![]()
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⏰ Deadline: 22 July 2024![]()
👉 Info & applications: loom.ly/_436qRg![]()
📆 Dates: 18 Nov - 6 Dec 2024![]()
🌏 Location: Bordeaux School of Neuroscience, Bordeaux, France![]()
đź‘Ą Directors: Rune Berg, Claire Wyart, Nicolas Mallet
