Swapnila Pramanick

PhD Researcher | Structural Biology | IIT Mandi | Ashoka University

[Swapnila Pramanick @Swapnilapram1]

Excited to share our recent review article that brings together emerging insights into collagen O-glycosylation. Grateful to @trayambakbasak , @dkumar02 and @CompCatLab for their constant guidance and support and @GhoshSusovon9 for the collaboration and shared efforts.

[Dilip Kumar Tiwari @dkumar02]

Glad to share our review article ‘Structural and Mechanistic Insights into the Catalytic Versatility of Lysyl Hydroxylases in Collagen Post-Translational Modifications’ -JBC https://t.co/HICCSqUyQz
@AshokaUniv @TSB_Ashoka @trayambakbasak @CompCatLab @Swapnilapram1 @GhoshSusovon9

[Stephen Fried JHU @fried_lab]

Disordered regions are not necessary for phase separation, in fact sometimes they inhibit it. The dimerization domains of PGL-3 are multivalent, necessary, and sufficient for LLPS into P-granules. As we show with @Seydouxlab in this @emboreports paper https://t.co/FRR2DTFcoa

[Nature Reviews Drug Discovery @NatRevDrugDisc]

Intrinsically disordered proteins are dysregulated in disease, but have been considered 'undruggable'. This Review in the October issue discusses experimental and computational approaches to conquer this barrier in drug discovery
https://t.co/CtK66DUq4y
https://t.co/uCOjGSckx8

[Samrat Mukhopadhyay @SamratLabMohali]

Happy to share our community note published in Nature Communications. In this 14-page article (34 authors from 9 countries), we discuss current practices in biomolecular phase separation and hope it will be useful to the biomolecular condensate community.
https://t.co/UgwnvPpOk2