More to come! For requests beyond current platform capabilities: [email protected].
More to come! For requests beyond current platform capabilities: [email protected].
We want to get cutting-edge AI into the hands of scientists at big pharma and small labs without needing AI teams or infrastructure.
We want to get cutting-edge AI into the hands of scientists at big pharma and small labs without needing AI teams or infrastructure.
And it’s fast — up to 10x faster than prior methods!
And it’s fast — up to 10x faster than prior methods!
I'm still mesmerized watching the model generate successful binders directly at the atom level — hydrogen bonds included!
I'm still mesmerized watching the model generate successful binders directly at the atom level — hydrogen bonds included!
Picomolar binding affinities, directly outperforming prior methods in head-to-head validation.
Leading experimental hit rates:
* 91-100% for macrocycles
* 10-64% for mini-binders
Testing 30-100 designs per target vs millions traditionally.
Picomolar binding affinities, directly outperforming prior methods in head-to-head validation.
Leading experimental hit rates:
* 91-100% for macrocycles
* 10-64% for mini-binders
Testing 30-100 designs per target vs millions traditionally.