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Structure based function-annotation of hypothetical rice blast fungus protein using https://t.co/7W1kyhxBPG reveals its true function.
Paper @SciReports
https://t.co/5XScM14NU6
What does DUF61 do?
The 1st structure in the family https://t.co/rFbujTnN4I, shows similarity to nucleic acid binding proteins. https://t.co/7W1kyhxBPG was used to identify similar proteins.
The #platypus milk antimicrobial protein, describes @ActaCrystF, features as @ensembl #geneoftheweek!
How many other playtpus proteins might have novel folds?
https://t.co/oVHVwmhzrO
This cellulase, from an unknown bug in a cow's rumen, is the 1st PDB entry published @MicrobiomeJ and one of the new structures today at https://t.co/54E03LeH5m
This week's PDB release includes this riboswitch, with selective small molecule bound published @ChemicalBiology by @Merck et al
https://t.co/54E03LeH5m
@tsba98 @rcsbPDB @buildmodels And here they are:
https://t.co/hACccssZYu
Even the structure is excited!
There's a focus on Australasia in @jbiolchem featuring #structuresonthecover! This pectin methylesterase from @MasseyUni & @AucklandUni
https://t.co/CBjT8RqCUt
The #axolotl genome is published today @nature It's 32 billion bases, with ca 23000 protein coding genes. Yet we only have 1 axolotl protein structure in the PDB.
Structural biologists, you know what to do!
https://t.co/gstICBFmNs
Guy Dodson, who did much for the development of protein crystallography techniques, was born #OTD in 1937.
He has over 100 structures in the PDB
https://t.co/KnSr1wbLSJ