Really glad to see our work published in @Nature@CommsBio: https://t.co/46XqPNW5yi.
This analysis of 39 fragment screening experiments sets the scene for our future work on function prediction for ligand sites across the @PDBeurope. @gjbarton@bartongrp@stuartmac44@CallumMIves
Are you a front-end developer interested in biological data? We have a post available for development of user-facing web pages for displaying molecular structures & annotations.
📅Deadline: 19 March 2024.
For more information and to apply:
🔗https://t.co/DeeE6eiZzp
In our newest practical guide, developed with @GoogleDeepMind and @emblebi, delve into the fundamentals of #AlphaFold, explore its strengths and limitations, and gain practical skills through hands-on exercises.
Start the free, self-paced tutorial today: https://t.co/t8UIlUtQzz
Celebrating Sunday's #WorldWildlifeDay, we’re highlighting a key player in stress response: the glucocorticoid hormone ➡️ managing stress & inspiring art... #PDBart
More:
🔗 article:
https://t.co/0Re6QAzu8r
🔗 protein structure:
https://t.co/oHcZdsCgUv
A great start to #AIBC2024, with a workshop exploring #glycosylation, #biocuration and the dissemination of biological data, held by @gly_gen, @CfdeNih and @aibc2024. I'm looking forward to all the discussions that come out of the next few days.
In October 2023, wwPDB will roll out updated CCD data files with additional annotation and standardized atom naming of peptide residues. Find out more about these changes and how they will affect you: https://t.co/cm8TgPmmyO
When hexokinase phosphorylates six-carbon sugars, it toggles between conformational states. The #PDBeKB’s new #Alphafold superposition tool suggests the predicted model adopts the sugar-bound conformation. See how the new tool can help your research!
🔗https://t.co/h4N3Y6ttnh
Our work from @UZDundee group on PorB is now available in @BBAjournals! This interdisciplinary collaboration utilises X-ray crystallography, electrophysiology & MD simulations to study porin-based drug-resistance in Gram-negative bacteria @UoDLifeSciences https://t.co/BQblwlalQj
Latest collaborative research from @AndreiPisliakov & @Vichaico has identified novel interaction sites on the mRNA Capping Enzyme that are essential for its activity. Work published in @NAR_Open with @Marcus_Bage first author 👏
https://t.co/1WIys7eqjo
Latest collaborative research from @AndreiPisliakov & @Vichaico has identified novel interaction sites on the mRNA Capping Enzyme that are essential for its activity. Work published in @NAR_Open with @Marcus_Bage first author 👏
https://t.co/4WOw219lUj
Our new paper on regulation of RNA Capping Enzyme by CTD of #RNA#Polymerase II is out in Nucleic Acids Research! Excellent work by PhD student @Marcus_Bage and great collaboration with Vicky Cowling’s lab @Vichaico.
biomolecular simulations; allostery
https://t.co/7YeqrQpFKr
Delighted to see my first first author paper online today! We use simulations to find RNA PolII CTD binding sites on the mRNA Capping Enzyme and uncover their vital role in allosteric activation. Of interest to anyone using MD to study PPIs and allostery! https://t.co/At9tijIsXq