The Neuroplastics 🧠

@neuroplastics.bsky.social

A collaborative network of 3 research groups at OxCIN, University of Oxford (@oxcin.bsky.social‬) with a shared interest in brain plasticity. Plasticity (PI: @heidijoberg.bsky.social), PiNG (PI: @cjstagg.bsky.social), and TiNSL (PI: Jacinta O'Shea) labs.

📣 We're hiring another role! 📣 Research Assistant in Neurorehabilitation and Sleep The OxCIN Plasticity Lab are looking for someone who will assist with designing a sleep education package, recruitment of participants, data collection, and analysis. Details and application: shorturl.at/Dkx9L

Research Assistant in Neurorehabilitation and Sleep at University of Oxford

Recruiting now: Research Assistant in Neurorehabilitation and Sleep on jobs.ac.uk. Click for details and explore more academic job opportunities on the top job board

shorturl.at

📣 We're hiring! 📣 Research Assistant in Sleep and Stroke Rehabilitation The Plasticity Lab are looking for a research assistant who will carry out studies investigating sleep, motor learning and recovery in healthy adults and people with brain injury. Details and application: shorturl.at/fgdm7

Research Assistant in Sleep and Stroke Rehabilitation at University of Oxford

Discover an exciting academic career path as a Research Assistant in Sleep and Stroke Rehabilitation at jobs.ac.uk. Don't miss out on this job opportunity - apply today!

jobs.ac.uk

✨ This week we had our annual Neuroplastics retreat! ✨ We spent 2 days getting to know each other better, having some fun, and doing a bit of science 🧠 Challenges during the retreat included building contraptions to catch eggs, blindfolded jigsaws, and showing off some killer dance moves💃🕺

A group of 23 people

NEW: Researchers at UCL and Oxford have created an ultrasound device that can target deep areas of the brain without surgery — opening up new ways to study the brain and treat conditions like Parkinson’s and depression. Read more ⬇️

New ultrasound helmet enables deep brain stimulation in people

An ultrasound device that can precisely stimulate areas deep in the brain without surgery has been developed by researchers from UCL and the University of Oxford's Nuffield Department of Clinical

ox.ac.uk