And its a new fold! The “SARAF-fold" is novel 10-stranded β-sandwich fold which domain swaps to dimerise.
confirms there are no similar structures in the PDB archive

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This shader study of AMPA receptor (July's Molecule of the Month at RCSB PDB ) has each amino acid residue colored based on hydrophobicity. Light values favor interactions with water, dark values avoid them.

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Scientists have revealed the atomic structures of most of the molecules in
Learn more about Structural Biology Related to HIV/AIDS at PDB-101 https://t.co/JDW0ZWKffa

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How do plants know to flower when winter is over, and how are seedlings synchronised with this?
Transcription factor structures, described , are part of the story.
Released today in the PDB at https://t.co/54E03LeH5m

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YodA proteins binding zinc, in the PDB there are
That's no metal ion...!

https://t.co/oukwdwr9io

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Small biomineral crystals are used to build bone, eggshells and even tiny compasses
More at PDB-101s Molecule of the Month: https://t.co/QWvaV9TvRI

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Chemical probe can help regulate an essential signaling pathway in cells
https://t.co/MzcKe9BIjr
Explore in 3D at RCSB PDB: Explore in 3D at RCSB PDB: https://t.co/yqW0worfTl

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Our webinar on Wednesday afternoon will introduce you to the new PDBe-KB Aggregated views, which present PDB data in a different context. Sign up here: https://t.co/zDvQKo9iGT

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Sitting deep within the ligand-binding pocket of the serotonin 2A receptor, the antipsychotic drug zotepine is new in the PDB today.
Published it's one of the new structures available at
https://t.co/54E03LeH5m

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Figure 1- ligand binding domain of the human androgen receptor (AR) bound to dihydrotestosterone (purple) and a Uba3-derived coactivator (dark blue). PDB ID 5JJM

Figure 2- ligand binding domain of the human estrogen receptor (ESR1) bound to estradiol (purple). PDB ID 1ERE

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Molecular Machinery That Makes Potent Antibiotic Revealed After Decades of Research https://t.co/LRqG1xgfGy
Explore in 3D at RCSB PDB: https://t.co/45cukU56Sy

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What do you think is the element with the largest atomic number in the PDB?

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Iron–sulfur clusters have no right angles, but how many of the almost 1000 in the PDB have the correct angles?
Ligand SF4 of

https://t.co/sD9D2G7Srx

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The 10th of 's 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

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A novel fold! PDBeFold (https://t.co/7W1kyhxBPG) confirms LOB domain of a wheat transcription factor just published has no structural homologues in PDB

https://t.co/tHHyUMq0C4

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Happy Birthday to Irving Geis, a pioneer in molecular illustration born in 1908. Explore his illustrations and career at PDB-101
Digital Archive of images: https://t.co/9rP7QAmKqJ
Irving Geis and Structural Biology Timeline: https://t.co/um8OEW7sHY

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Hartmann et al explore the chemical ligand space of Cereblon in . These are 9 of the 349 structures new in the PDB this morning at https://t.co/54E03LeH5m

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A Change in Bacteria’s Genetic Code Holds Promise of Longer-Lasting Drugs https://t.co/XBkdoomOKg Explore in 3D at RCSB PDB https://t.co/J8P4Dg6FHc

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Isidor Isaac Rabi, who discovered nuclear magnetic resonance, was born in 1898.
About 10% of structures in the PDB are determined by NMR, including https://t.co/BaST9IH9QZ solved by

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disease is caused by a glutamate to valine mutation at position 6 in the beta globin chain.
There are several structures of the sickle cell variant in the PDB, including https://t.co/Mbv89TCW8m

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