Alzheimer's & prion diseases linked to unnatural aggregation of proteins to amyloid fibrils https://t.co/27IOB70Sky

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Here's how we think mitochondrial AAA+ proteases chomp through proteins. https://t.co/VpbTAwPcf4

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Look at what all the proteins do to you 💪😚

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A novel fold for bacterial VirK proteins. https://t.co/zDnw4j1R2M published in has a 'novel barrel-shaped structure.'

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8 structures in the PDB are of cat proteins, this one is the major cat allergen.
https://t.co/iVoX43lV9c

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Interactively explore the different nucleoporin proteins in the gateway between the nucleus and cytoplasm at PDB-101 https://t.co/AhVEsdXxK3

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Structural basis of divergent cyclin‐dep kinase activation by Spy1/RINGO proteins https://t.co/3P3FUcqoai

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Miniproteins designed by et al show pro-tyr interactions & simplify protein-folding problem
https://t.co/bfieDdIacz

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We've a few pizza proteins in the PDB archive! Here's computationally designed Pizza2 protein https://t.co/Owqi9MjJtR

2 1

Our 4 structures of courgette proteins probably won't help the UK's but here they are!
https://t.co/KiESslS37V

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Dirigent proteins determine chirality of enzyme products. This one is one of the new PDB entries today at https://t.co/3px0eDQfTf

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New methods to design targeted proteins w/ shapes not found in nature https://t.co/EBLtBUwJPT
Explore at RCSB PDB: https://t.co/ynWqpIDrm0

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And on this day, I cease to exist as a mere chain of proteins, mutating into a law enforcement cell of horror.

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Supercomplexity: A network of cell adhesion proteins (orange circles) in the constellation of the proteome.

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Our February issue is out! Read about the RUNX family, S100 proteins and much more here http://t.co/yXjUzTdSST

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193 NEW proteins discovered in humans!

Img: Corinne Sandone/Jennifer Fairman http://t.co/zkqNgHfWf6

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