//=time() ?>
Explore PDB-101 resources on Nobel Prize awards that recognized achievements made in molecular biology, structural biology, and related research https://t.co/ACbcfVnSh4
Happy birthday to Thomas Cech, who won the Nobel prize for his discovery of catalytic RNA. He has 17 entries in the PDB, including this structure of the Tetrahymena ribozyme. View the structure using Mol* at https://t.co/V8gRdHZYle
Enzyme adds iodine to diverse substrates https://t.co/N0B2wj3vMU via @cenmag Explore in 3D at RCSB PDB: https://t.co/Ol9U7e4rPx
Pranlukast, a drug for treating asthma arrives in the PDB today, bound to it target the cysteinyl leukotriene receptor.
Solved @esrfsynchrotron and published in @ScienceAdvances, it's one of the new structures today at https://t.co/54E03LeH5m
David Goodsellさん@dsgoodsellが使っている立体構造イラストソフトがwebベースで使えるようになったんですね!
Thermococcus litoralis 4-α-glucanotransferase (pdb: 1K1Y)
大学院生の時に構造決定した思い出のタンパク質をGoodsellさん風に。 https://t.co/XchxV7VdEU
The little molecule is the most abundant auxin - a plant hormone. Here it is inside the plant, inside the F-box protein TIR1 ubiquitin ligase
suggested for my #molecularportrait s by @DKampjut, tnx🙂
Struct ref: doi:10.2210/pdb2P1Q/pdb
👇pls suggest what to see next
#sciart
Great tool from David Goodsell for the creation of protein structure illustrations in the typical style of the "PDB Molecule of the Month". Here is an example using the methanol dehydrogenase from M. extorquens. https://t.co/woZC79oMUq
And its a new fold! The “SARAF-fold" is novel 10-stranded β-sandwich fold which domain swaps to dimerise.
#PDBeFold confirms there are no similar structures in the PDB archive
This shader study of AMPA receptor (July's Molecule of the Month at RCSB PDB @buildmodels) has each amino acid residue colored based on hydrophobicity. Light values favor interactions with water, dark values avoid them. #sciart #Houdini
Scientists have revealed the atomic structures of most of the molecules in #HIV
Learn more about Structural Biology Related to HIV/AIDS at PDB-101 #NIH https://t.co/JDW0ZWKffa #HIVTestingDay
How do plants know to flower when winter is over, and how are seedlings synchronised with this?
Transcription factor structures, described @NaturePlants, are part of the story.
Released today in the PDB at https://t.co/54E03LeH5m
YodA proteins binding zinc, in the PDB there are
That's no metal ion...!
#StarWarsDay #MayThe4thBeWithYou https://t.co/oukwdwr9io
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
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
Our @EBItraining 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
Sitting deep within the ligand-binding pocket of the serotonin 2A receptor, the antipsychotic drug zotepine is new in the PDB today.
Published @NatureSMB it's one of the new structures available at
https://t.co/54E03LeH5m
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
Molecular Machinery That Makes Potent Antibiotic Revealed After Decades of Research @RutgersResearch https://t.co/LRqG1xgfGy
Explore in 3D at RCSB PDB: https://t.co/45cukU56Sy
What do you think is the element with the largest atomic number in the PDB?
#IYPT2019
@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