Simon Danner

[Society for Neuroscience (SfN) @SfNtweets]

Dive into discussions, share insights, and explore collaborations.

Neuroscience Meet-Ups at #SfN23 are your ideal setting for networking at its best.

Discover how to organize a Meet-Up at #SfN23.

▶️ https://t.co/tF54dvJ0kd

#neurotwitter

[J Bilchak @bilchak_j]

Applications for SPINE 2023 are now open! @SPINEphilly

[Michael Lane @mlane_neuro]

Spectacular day with great seminars, breakout rooms and discussions. Huge thanks to the trainees (Shayna Singh, Jeremy Weinberger, Jenna McGrath & @adamaaronhall) and faculty advisors (@simonmdanner & Jed Shumsky) that made it happen! @peterwbaas2015 #spinalcordinjury

[International Online SCI Research Seminars @IOSCIRS]

Happy Friday to you all! I hope that your week has been a good one and that your weekend will be even better. Just in case, this might help - an announcement for next week's IOSCIRS seminar by @KarimiLab & @LeoGoleoGarcia! See you on Tuesday.

[Brain Sciences MDPI @BrainSci_MDPI]

#mdpibrainsci Ipsi- and Contralateral Oligo- and Polysynaptic Reflexes in Humans Revealed by Low-Frequency Epidural Electrical Stimulation of the Lumbar Spinal Cord https://t.co/uRvvM93OFa #neuron #locomotion

[Journal of Physiology @JPhysiol]

What impact does spinal cord injury have on primary afferent depolarization interneurons and what is the ultimate impact on flexor muscle group I afferents? Excellent new study from @mpcotelab @DrexelNeurobio @Drexel_med_grad Read it now 👉 https://t.co/dJoSZKvtNT

[bioRxiv Neuroscience @biorxiv_neursci]

On the organization of the locomotor CPG: insights from split-belt locomotion and mathematical modeling https://t.co/yMuP3focS4 #biorxiv_neursci

[IOP Publishing @IOPPublishing]

Dr Simon Danner, the JNE #Reviewer of the Year, says: "Several of my papers received constructive reviews that significantly improved their quality. I strive to provide same thorough comments to others that I have benefited from." #PeerReview https://t.co/yrYmqlYDU3

[Côté Lab @mpcotelab]

Enhancing KCC2 activity decreases hyperreflexia and spasticity after chronic SCI
https://t.co/DbwgSLdPXx

Our recent submission available in preprint! @bilchak_j @dilloncmalloy

[TU Wien @tu_wien]

Die Bewegung der Beine ist nicht alleine Kopfsache: http://t.co/cQ1UYh9LUU @MedUni_Wien

[APA-OTS Gesamt @apaots_gesamt]

Das Gehirn denkt, das Rückenmark lenkt: MedUni Wien-Forscherteam identifiziert wichtige Kontrollmechanismen für das Gehen ...

[Brain @Brain1878]

Human spinal locomotor control is based on flexibly organized burst generators http://t.co/7RELlvO48l

[Brain @Brain1878]

Research team at MedUni Vienna identifies control mechanisms for walking. http://t.co/6Lct7Fi448 Read full article http://t.co/7ZjKRaepSX