Murray Blackmore (@blackmorelab) 's Twitter Profile
Murray Blackmore

@blackmorelab

The Blackmore lab discovers novel molecular mechanisms that control nerve regeneration, and uses that information to promote repair after spinal cord injury.

ID: 772081106543845376

linkhttp://blackmorelab.com calendar_today03-09-2016 14:37:35

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402 Followers

97 Following

Murray Blackmore (@blackmorelab) 's Twitter Profile Photo

I'm happy to share the results of a fantastic collaboration with Ishwariya Venkatesh. Her bioinformatics worked (!), led us straight to novel factors with strong pro-regeneration effects in vivo. biorxiv.org/content/10.110… And video abstract here vimeo.com/429049814

Murray Blackmore (@blackmorelab) 's Twitter Profile Photo

Wow - an international SCI platform and this is the 3rd talk in 4 weeks to originate from Milwaukee, Wisconsin. Yup, Milwaukee. Trainees and PIs looking for positions, take note! Something right is happening here Kajana Satkunendrarajah @buddemd

Murray Blackmore (@blackmorelab) 's Twitter Profile Photo

nature.com/articles/s4146… I am happy to share our latest - new gene combinations for axon growth in the CNS, a joint project with Ishwariya Venkatesh . Also a good time to mention we are hiring a postdoc! The next big discovery could be yours! More at blackmorelab.com

nature.com/articles/s4146… I am happy to share our latest - new gene combinations for axon growth in the CNS, a joint project with <a href="/Ishwariya13/">Ishwariya Venkatesh</a> . Also a good time to mention we are hiring a postdoc! The next big discovery could be yours! More at blackmorelab.com
Ishwariya Venkatesh (@ishwariya13) 's Twitter Profile Photo

I have shied away from Twitter given the bleak COVID news in India but this news cuts through the gloom, even if just a bit. My paper with Murray Blackmore “Co-occupancy identifies transcription factor cooperation for axon growth” is live at Nature Communications nature.com/articles/s4146…

Murray Blackmore (@blackmorelab) 's Twitter Profile Photo

Very proud to share the final version of work with Gemistos Plethon, mapping the supraspinal connectome in mice before and after injury. elifesciences.org/articles/76254 Also check out 3dmousebrain.com for interactive 3D data!

Murray Blackmore (@blackmorelab) 's Twitter Profile Photo

And now the companion paper to elifesciences.org/articles/76254. The Elife paper mapped the supraspinal anatomy, now we provide corresponding transcription by snRNA-Seq. Marker genes for all your favorite descending cell types! Gemistos Plethon biorxiv.org/content/10.110…

And now the companion paper to elifesciences.org/articles/76254. The Elife paper mapped the supraspinal anatomy, now we provide corresponding transcription by snRNA-Seq. Marker genes for all your favorite descending cell types! <a href="/FreglisPlethon/">Gemistos Plethon</a> 

biorxiv.org/content/10.110…
Murray Blackmore (@blackmorelab) 's Twitter Profile Photo

See our latest preprint! Sometimes it's what DOESN'T happen that matters most. Meaning - in the Mysterious Case of the Axons That Won't Regenerate, there is a dog that didn't bark. Great collab with Ishwariya Venkatesh Gemistos Plethon doi.org/10.1101/2024.0…

See our latest preprint! Sometimes it's what DOESN'T happen that matters most. Meaning - in the Mysterious Case of the Axons That Won't Regenerate, there is a dog that didn't bark. Great collab with <a href="/Ishwariya13/">Ishwariya Venkatesh</a> <a href="/FreglisPlethon/">Gemistos Plethon</a> 
doi.org/10.1101/2024.0…