Development
Help biologists simulate protein folding and design protiens. Characterize folding mechanisms quickly and provide details in building the energy surface and a detailed description of the kinetics in proteins.
Automated and optimal artificial intelligence (AmoAi) aims to understand, at a high level of detail, how the interactions of proteins are encoded in their sequences. AmoAi can also help you project on big data, optimize design of the project, get knowledge from the data, accelerate your discovery in life science, and build our better future.
A diverse community of developers, enterprises and researchers are using AmoAi to solve challenging biological problems. Learn how their research are being and how you can share your story.
Help biologists simulate protein folding and design protiens. Characterize folding mechanisms quickly and provide details in building the energy surface and a detailed description of the kinetics in proteins.
Help better design protein by "decoding" the interactions among amino acids, and AmoAi helps researchers answer the challenging questions on how proteins evolve and what functions they evolve for.
Develop protein therapeutics using artificial intelligence. Build (physics-informed) AI-based models to accelerate biology and help clinicians on analyzing the clinical data, and make them faster in curing the patients.
Provide with depth expertise in and solutions to protein biophysics & bioinformatics for data visualization, decision making and innovation in both scientific research and industries.