
DeepPath:
Physics Elegance Beats Brute Force
Unlocking protein motions is the key to unlocking the next generation of medicines.
Where other tools stop, DeepPath starts
Unlocking hidden binding sites through fast, physics-powered protein dynamics predictions
Traditional Simulations
Take months to a year on a supercomputer to reveal only shallow binding sites and dynamic changes.
DeepPath
Reveals cryptic binding sites and dynamic transitions in half a day on a single GPU.
AlphaFold & Other AI
Provides only a single snapshot, missing the transient hidden sites that drive functional drug binding.
Pipeline
We are actively looking for strategic partners to co-develop our assets.
If you are interested, please do not hesitate to get in touch.
To showcase the power of our technology, we are currently developing AI_01 and AI_02 for application in treating a wide range of inflammatory diseases.
FAQs
Have more questions? We’ve got you covered.
What does “physics-based” mean, and why is physics important?
What makes DeepPath unique? Why can’t others do this?
Do you have validation data?
What kinds of diseases can DeepPath help address?
How is DeepPath used in real drug discovery projects?
Publications