Will be recorded? I'm very interested! Thanks!

This pH buffering represents a possible function of biological enzymatic condensates and opens attractive applications of synthetic condensates in biocatalytic engineering and optimization of cascade reactions.

This pipeline could represent a promising strategy for the rational design of interface-localizing peptides and the identification of the corresponding molecular grammar.

-This approach was validated by targeting 3 distinct condensates (hnRNPA1, Laf-1 and Ddx4 IDRs), observing that for the three cases, peptides display surfactant-like structures.
-The net charge of the scaffold is a key physicochemical parameter for designing these peptides.

Very interesting for an experimentalist working on biomolecular condensates! Congrats!!

Very nice talk! Congrats for such beautiful work!

Here, we studied the structural duality of TRIAP1, where a redox-controlled structural transition resolves a folding kinetic trap by the assistance of the mitochondrial chaperone MIA40. (2/2)
www.sciencedirect.com/science/arti...

Congratulations Xavier and team for such a beautiful work!