Côté Lab

Drexel College of Med. | Neurobiology & Anatomy. Our research focuses on plasticity and functional recovery after spinal cord injury. Account is managed by lab

[Côté Lab @mpcotelab]

Check out our latest publication! Transcutaneous spinal cord stimulation in rats with a contusion spinal cord injury https://t.co/bex0TnqBcY

[bioRxiv Neuroscience @biorxiv_neursci]

Multi-session transcutaneous spinal cord stimulation prevents chloride homeostasis imbalance and the development of spasticity after ... https://t.co/6KRfGZsdQJ #biorxiv_neursci

[Dillon C. Malloy @dilloncmalloy]

Preprint of our @mpcotelab latest work using noninvasive spinal cord stimulation to mitigate the development of spasticity after spinal cord injury!

https://t.co/t6jaJ6L8nk

[bioRxiv Neuroscience @biorxiv_neursci]

KCC2 Enhancers Normalize Reflex Responses and Improve Locomotor Function after Chronic Spinal Cord Injury https://t.co/YLWurgrFOA #biorxiv_neursci

[J Bilchak @bilchak_j]

Absolutely thrilled to share our latest preprint from the @mpcotelab demonstrating the effects of KCC2 enhancers on reflex and locomotor pathways after SCI! @simonmdanner @gwihelm

[Journal of Physiology @JPhysiol]

@gwihelm, @bilchak_j and @mpcotelab (@mmscrc) show how bumetanide changes postsynaptic inhibition after chronic SCI and step-training!
📜https://t.co/PpxzR1z8V4

[J Bilchak @bilchak_j]

https://t.co/0NCPrh2xRa New paper hot off the press! @gwihelm @mpcotelab

[Côté Lab @mpcotelab]

@gwihelm

[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

[Scott Powers @skppowers]

Interested in an NIH-funded post-doc in an outstanding research laboratory at the University of Florida? If so, check out the details on the laboratory website of Dr. Ashley Smuder in the Department of Applied Physiology and Kinesiology
https://t.co/blLnrQJCrD

[Guillaume Caron @gwihelm]

Proud to show you my work at @mpcotelab. In this study, I developed a decerebrated rat preparation to investigate the effects of spinal cord injury and step-training on the presynaptic inhibition that was first described by John Eccles et coll. in the 60s.
https://t.co/YjIF937a4m

[J Bilchak @bilchak_j]

And another one hot off our bench! @gwihelm uses a decerebrated prep to show how pre-synpatic inhibition is reorganized after chronic SCI and restored with step-training https://t.co/iJHQwa7Oif

[Côté Lab @mpcotelab]

Direct evidence for decreased presynaptic inhibition evoked by PBSt group I muscle afferents after chronic SCI and recovery with step-training in the decerebrated rat
https://t.co/ejkihVyjk2

Our next recent submission available in preprint! @gwihelm @bilchak_j

[J Bilchak @bilchak_j]

Congrats Simon! @simonmdanner

[J Bilchak @bilchak_j]

If you're curious about how chloride extrusion enhancers affect spastic symptoms after spinal cord injury, check out my first paper, hot off the bench! And if you're not, check it out anyway ;)
https://t.co/GOg5cuASwe

[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

[Côté Lab @mpcotelab]

Congratulations to @bilchak_j for winning an award today after presenting her research to our Drexel community at Discovery Day 2019!

[J Bilchak @bilchak_j]

People liked my squiggles! #drexel #discoveryday #philadelphia

[Côté Lab @mpcotelab]

More from today's action! It was a successful day for the lab

[Côté Lab @mpcotelab]

*Functional* ... Long day

[Côté Lab @mpcotelab]

Come and see @dilloncmalloy (board L2) present his work this afternoon on repeated transcutaneous spinal cord stimulation for promoting fictional plasticity after spinal cord injury!

[Côté Lab @mpcotelab]

Come and see @bilchak_j (board J12) present her work this morning on reducing the development of spasticity by restoring chloride homeostasis after spinal cord injury!