Richard Bayliss
@molecularrichard.bsky.social
57 followers 63 following 7 posts
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Reposted by Richard Bayliss
steveroyle.bsky.social
I wrote something about why giving negative feedback to your colleagues can be a bit like slaying vampires in The Lost Boys, or something like that.

quantixed.org/2025/04/23/f...
Feedback Deficiency: the tricky art of effective peer feedback – quantixed
quantixed.org
molecularrichard.bsky.social
A masterclass in molecular imaging - too exciting for (this former NPC-phile's) words!
molecularrichard.bsky.social
We prefer to savour our science, allowing each experiment and observation to simmer gently. Just like a slow-cooked dinner, we patiently wait for all the ingredients to combine, creating a tasty and hearty result. #slowscience
molecularrichard.bsky.social
Very proud of the team that put this story together, especially co-first authors Selena Burgess and James Shelford, and thankful for all the enjoyable collaborations along the way. 5/n
molecularrichard.bsky.social
Meanwhile, we discovered Affimers that block the interaction, and James in @steveroyle.bsky.social used them to find a novel function for this interaction in mitotic cells. 4/n
molecularrichard.bsky.social
We showed that this helix binds TACC3 - but the structure of this complex eluded us until AlphaFold came along. And then we checked it and tested it to be confident in the model. 3/n
molecularrichard.bsky.social
Mark Pfuhl's group determined the 3D structure of ch-TOG's TACC3 binding domain, finding a helix that dynamically associates with the rest of the domain. 2/n
Reposted by Richard Bayliss
steveroyle.bsky.social
AlphaFold was a game changer for this project. AF stories are a bit boring aren't they? It helped really us to make sense of our structural data. With some neat HDX-MS experiments, it all came together. A big thank you to all the authors, it's great to see it published! 3/n
doi.org/10.1083/jcb....
Structural characterization and inhibition of the interaction between ch-TOG and TACC3 | Journal of Cell Biology | Rockefeller University Press
Shelford, Burgess, and colleagues present a structural model of the interaction between TACC3 and ch-TOG. They discover Affimers that can inhibit this inte
doi.org