

"Developing small-molecule drugs for intrinsically disordered proteins that others cannot target"
Peptone creates small-molecule therapeutics targeting intrinsically disordered proteins that lack fixed structures and cannot be modeled by AlphaFold. These proteins drive diseases including cancer, diabetes, and inflammatory conditions, yet traditional drug discovery fails against them because it requires stable protein structures. Peptone combines experimental physics, mass spectrometry, and machine learning to model the 6,200 disordered human proteins and identify druggable pockets. Their platform helps pharmaceutical companies develop therapies against previously undruggable targets. Based in London and Bellinzona, Peptone serves drug developers, researchers, and patients facing diseases driven by disordered protein biology.


42
Team Members
2018
Founded
Biotechnology
Sector
Hybrid
Work Environment
A world where disordered proteins are no longer barriers to treatment, unlocking therapies for diseases once deemed undruggable.
At Peptone, our mission is to develop transformative small-molecule therapeutics by modeling intrinsically disordered proteins that conventional approaches cannot address, creating new pathways to treat cancer, diabetes, and inflammatory diseases.