New paper from @SujeetKumar_LSU and co, finally finding the OM clamp for one of the non-TamB AsmA-like proteins! If we could just do all vs. all cell envelope proteins in AF2 I wonder what else we would discover
https://t.co/QfYPlXxrhR
This is insanely cool. Rendering protein/cell scenes and tomograms using Unreal Engine 5 so you can display more with less GPU overheads and control a character to fly through them!
https://t.co/sKN5lGiKMJ
More than proud to see our work on SlyB out in press
@Nature!
Who would have thought a small membrane protein could form protective nanodiscs. A big thank you to all collaborators and reviewers.
Find out more: https://t.co/iCXkf7G8r0
@4rtsy2wo@martinmbauer Most postdocs across the UK including Oxbridge (except London) won't pass the threshold until at least postdoc year 3-4. I would suspect that >50% of all postdocs have are sub 4-years. So it would cover the vast majority of them
We're excited to share new tools, using photo-crosslinking mass spec ๐กโ๏ธโ๏ธ to study protein structures and complexes in situ with high spatial and temporal resolution. Out now in @AmerChemSociety@an_chem. Short ๐งต 1/8
https://t.co/Fl5NYw04A2
Our new paper published in
@jbiolchem.
Categorization of Escherichia coli Outer Membrane Proteins by Dependence on Accessory Proteins of the ฮฒ-barrel Assembly Machinery Complex https://t.co/aCKJpKjmPY
In our just accepted paper in @angew_chem with @RadfordLab & @naranson in @AstburyCentre we used In-Cell PELDOR/DEER complemented by CryoEM to show the BAM complex adopts a lateral closed conformation in E coli cells in presence of antibiotic darobactin-B: https://t.co/XAWdh6ORXK
@michael_nielsen I don't if you have to completely retrain from scratch or if you can just update it by learning from mistakes. If it's a case of retraining it will be interesting to see what companies deem too expensive for a set return (is $1m for 5% better worth it?).
@michael_nielsen As you point out though, AF2 can give you local confidence measures which is in some ways even better than experimental work. We often fool ourselves that proteins are fixed constructs (XRC and EM just give a snapshot). In reality they can be dynamic and part of an ensemble. 3/3
@michael_nielsen I think you've got the answer in your thread pretty well. This is a predictive algorithm. Something of this accuracy has until recently been very rare for biology but physics has tons of equations that allow you to predict the outcome before doing the experiment. 1/n