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Richard Roth

@rhroth.bsky.social

🇩🇪 Scientist and Assistant Professor at Krembil Brain Institute and University of Toronto · motor circuits | synaptic plasticity | in vivo imaging · BSc TU München -> PhD Johns Hopkins -> Postdoc Stanford · he/him www.motor-plasticity.org

Posts Replies Media

Reposted by Richard Roth

Donald K. Johnson Eye Institute @dkjei-uhn.bsky.social · 17/07/2026

🎉 Please join us in welcoming Dr. Wendy Xin @droligo.bsky.social to @dkjei-uhn.bsky.social and @kbi-uhn.bsky.social! Learn more about her research: www.oligodendrocyte.org @uhnresearch.ca @uoftmedicine.bsky.social (1/2)

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Reposted by Richard Roth

Krembil Brain Institute 🧠 @kbi-uhn.bsky.social · 20/07/2026

🎉 Please join us in welcoming Dr. Richard Roth to UHN’s @krembilresearch! Dr. Roth joins us as a Scientist, focusing on the interplay between synaptic plasticity and neural circuit adaptation, and how these processes shape motor learning. 🔗 Learn more about his research: www.motor-plasticity.org

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Reposted by Richard Roth

Wendy Xin @droligo.bsky.social · 13/03/2026

Super stoked to share that I’m starting my lab at UHN @dkjei-uhn.bsky.social / @kbi-uhn.bsky.social and the University of Toronto! If you’re interested in neuron-myelin interactions in circuit maturation and cognition, please reach out - we are hiring! www.oligodendrocyte.org 1/

oligodendrocyte.org

Xin Lab

Welcome! We study the cellular interactions between neurons and oligodendrocytes, which produce myelin in the central nervous system. Myelination - the process by which oligodendrocytes ensheath neuro...

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Richard Roth @rhroth.bsky.social · 13/03/2026

Very excited to share that I’m starting my lab at the Krembil Brain Institute @kbi-uhn.bsky.social at UHN and the University of Toronto! If you’re interested in motor learning and circuit plasticity, please reach out - we are hiring! www.motor-plasticity.org 1/

motor-plasticity.org

Roth Lab

Welcome! We study the synaptic and circuit bases for motor control and motor learning. The brain’s ability to learn and form new memories relies on the precise reorganization of neuronal circuits, inv...

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