Sumeet Pal Singh (@sumeetpalsingh8) 's Twitter Profile
Sumeet Pal Singh

@sumeetpalsingh8

Regenerative & Stress Biology Lab @iribhm_ulb @ULBruxelles | Zebrafish | Liver injury | Alcoholic liver

ID: 3922359381

linkhttps://sumeetpalsingh.github.io/ calendar_today10-10-2015 22:58:42

2,2K Tweet

1,1K Followers

4,4K Following

Sumeet Pal Singh (@sumeetpalsingh8) 's Twitter Profile Photo

Stunning 3D fluorescent images of the human tooth and the first cellular/molecular map of tooth decay! Hoang Thai Ha from Nicolas Baeyens nails it with tissue clearing + imaging. biorxiv.org/content/10.110…

Stunning 3D fluorescent images of the human tooth and the first cellular/molecular map of tooth decay! Hoang Thai Ha from <a href="/NicolasBaeyens/">Nicolas Baeyens</a> nails it with tissue clearing + imaging.
 biorxiv.org/content/10.110…
Sumeet Pal Singh (@sumeetpalsingh8) 's Twitter Profile Photo

As the brain matures, it becomes harder for nerve cells to regrow after injury. Study from Ishwariya Venkatesh and colleagues shows when and how that happens—and that it’s possible to reverse it. A protein called PATZ1 can unlock growth genes and boost regeneration.

Sumeet Pal Singh (@sumeetpalsingh8) 's Twitter Profile Photo

Pleased to have contributed commentary to this recent article by Maria Bolevich 📚🌍📰🐕🌊 for Interesting Engineering , which explores the science of tissue #regeneration and its potential applications in medicine. interestingengineering.com/health/body-re…

Sanjeev Galande (@sanjeevsaga) 's Twitter Profile Photo

Stoked to announce our new preprint describing mechanism of SATB1-dependent chromatin interactions & its interplay with architectural proteins CTCF and cohesin complex during T cell development. We identify SATB1 as a new looping partner for Cohesin other than CTCF. #3DGenome

Stoked to announce our new preprint describing  mechanism of SATB1-dependent chromatin interactions &amp; its interplay with architectural proteins CTCF and cohesin complex during T cell development. We identify SATB1 as a new looping partner for Cohesin other than CTCF. #3DGenome
Ishwariya Venkatesh (@ishwariya13) 's Twitter Profile Photo

🚨🚨Dropping our 2nd V-Lab preprint, this time on work led by Yogesh Sahu 🥳! We identify 2 novel regulators of CNS axon regeneration post spinal injuries in 🐭 and dive into the underlying Mol.mechanisms. Incredibly proud of the whole team (tagged). biorxiv.org/content/10.110…