Marina Martinez

Associate Professor & Chief Scientific Officer at NeuralDrive

[Marina Martinez @_MartinezLab]

Out on Progress in Neurobiology:
We tested a bi-cortical neuroprosthesis on locomotor control after incomplete paraplegia.
Thanks to Maude Duguay, @MarcoBonizzato , Hugo Delivet-Mongrain and Nicolas Fortier Lebel for their huge work at @med_umontreal

https://t.co/RyEvEMzEUk

[JRNLclub @JRNLclub]

.@MarcoBonizzato discusses using neuromodulation of the motor cortex to improve locomotor function after spinal cord injury. @ScienceTM @_MartinezLab @UMontreal #JRNLclub https://t.co/Hohgo3V2mo

[MarcoBonizzato @MarcoBonizzato]

Neural prostheses, implanted BCI and AI in precision medicine
1) work at the discovery phase of new interventions in vivo and 2) collaborate with incredible neurosurgeons.

A great potential track for those of you who are considering entrepreneurship and in Neuro-AI / Medtech

[EFFERVESCENCE MTL @EffervescenceV]

Félicitation à notre première étoile #effervescencemtl, Marina Martinez -@_MartinezLab, professeure au département des neurosciences de @med_umontreal.

Le Concours Étoiles EFFERVESCENCE 2022 est fièrement présenté par @GileadSciences.

[Faculté de médecine @med_umontreal]

Marina Martinez, professeure de #neurosciences à l’@UMontreal et le postdoctorant Marco Bonizzato ont conçu une approche prometteuse pour aider les personnes paralysées à marcher de nouveau en envoyant des impulsions électriques dans leur cerveau. https://t.co/n1Pr8SUB4t

[International Online SCI Research Seminars @IOSCIRS]

Hey All, Just a reminder that we're launching our collaboration with @SpinalResearch tomorrow with a great presentation by @KarimFoFFF.
Everyone is welcome - including: those living with SCI, researchers, and folks who want to learn.
Please join us.

[MarcoBonizzato @MarcoBonizzato]

Happy to share a new pre-print!
We studied ipsilateral 👈👈 cortical control of leg movement using an intracortical neuroprosthesis.
A beautiful effort from co-first author Elena Massai, at @_MartinezLab, @UMontreal
https://t.co/QnCkO1TLiW
A quick summary for you :

[Science Translational Medicine @ScienceTM]

Scientists at @GRSNC1 have created a #neuroprosthetic device that can directly target motor circuits in the cortex, allowing it to rapidly restore movement and improve walking in rats after incomplete injuries to the spinal cord. @UMontreal @MarcoBonizzato https://t.co/yfveWpNKtp

[Natalya Ortolano @NatOrtolano]

My first story at @DDNewsOnline just went live! Read about how @MarcoBonizzato developed a new prosthetic that helped spine injured rats walk. One day, it may help humans too!
https://t.co/C6U1gpT1TR