Added!

Thanks Radu, appreciate it :)

Proteome-wide forced interactions reveal a functional map of cell-cycle phospho-regulation in S. cerevisiae Dynamic protein phosphorylation and dephosphorylation play an essential role in cell cycle progression. Kinases and phosphatases are generally highly conserved across eukaryotes, underlining their ...

Excited to share our study on cell cycle phospho-regulation has been published 🥳

Delighted to support with in silico analysis of phosphorylation sites, and grateful to be included as a contributor!

If you're ever in the phosphoregulation space, you know where to find us: doi.org/10.1080/1949...

Brilliant! I’ve added you :)

Oh awesome! I’ve added you! Welcome :)

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Hey, welcome! Is your work AI & drug discovery?

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Is your work AI & drug discovery?

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Is your work AI & drug discovery?

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You’re in!

This is great, thanks for sharing. I have an industrial placement coming up working on laboratory automation for drug discovery and think it’s an important, but often overlooked, aspect of DD

I’ve added you :)

What kind of work are you doing in drug design?

Awesome, you’re added!

Similar to Parkinson’s law for time… filling the time you have available for a task regardless of how much time given. I.e., using all resources available regardless of the number provided

What would decentralisation mean for drug discovery and pharmaceutical companies? Could it viably happen?

Hey Willem! Would you like adding to the AI for drug discovery starter pack?!