XtalPi
XtalPi's AI platform, ID4Inno, has two major components: generative AI and quantum physics-based computation. The synergy of AI creativity and the accuracy of physics-based methods enables the discovery of hit/lead compounds from a broader chemical space with speed and rationality. ID4Inno is a validated robust platform for 30+ partnerships and 100+ therapeutic targets. The generative AI has demonstrated its capabilities in enhancing small molecule diversity and novelty. By leveraging our industry-leading force field algorithm, quantum physics-based computational chemistry has a proven track record of high accuracy and throughput in predicting compound physicochemical and ADMET properties for druglikeness.
AI-Enabled Services:
Research services that use machine learning (ML) algorithms
Research services that use large language models (LLM)
Research services that use natural language processing (NLP)
Data services that use ML, LLMs or NLP
Utilize XtalPi AI technologies in the following spaces:
Biology, including target discovery, imaging and HTS
Chemistry, including analytical chemistry, manufacturing and medicinal chemistry
Data, including data transfer, analysis and storage
Drug Metabolism, including pharmacokinetics and ADME
Pharmacology, including in vitro and in vivo disease models