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@MouleSteve @theAliceRoberts @BBCFOUR Guess cartoons in that colour do! It's too small to actually 'see' so we have lots of ways to represent proteins. Here, atoms are shown as spheres and carbon coloured to show each separate protein molecule.
If you're watching @theAliceRoberts #WoollyMammoth: Secrets from the Ice on @BBCFOUR, this is what mammoth haemoglobin looks like.
https://t.co/kpHv0N6Ugj
@ewanbirney The gene closest to @ewanbirney's heart codes for a protein with 2 RNA binding domains.
#12genesofchristmas
https://t.co/KD02GlFmJB
@ewanbirney The 10th of @ewanbirney's #12genesofChristmas is ACE! A selection of drugs inhibit it, several of which are in the PDB, best explored in our Compounds tab
https://t.co/U2D0fduWiP
@ewanbirney @emblebi And to prove it, here's an experimental version, https://t.co/rZuY5a8VDk
@ewanbirney The first of @ewanbirney's #12genesofChristmas is HBB. It's product (in red in the movie) was one of the first proteins structures to be solved earning @MRC_LMB founder Max Perutz the 1962 @NobelPrize.
https://t.co/p7QRN4Cl78
Exploring EGFR kinase domain mutants confer osimertinib resistance.
https://t.co/eDcwYqSnYO and https://t.co/NX2EZMO3O7 are #structuresonthecover of @CellChemBiol
Anti-phosphotyrosine antibodies are useful research tools, and now we know their structure. Published @J_A_C_S it's one of the new structures today at https://t.co/54E03LwhWU
A novel fold! PDBeFold (https://t.co/7W1kyhxBPG) confirms LOB domain of a wheat transcription factor just published @jbiolchem has no structural homologues in PDB
https://t.co/tHHyUMq0C4