XtalPi Inc., a leading global technology company in integrating artificial intelligence (AI) and robotics to advance the discovery of groundbreaking medicine and innovative materials, announced the launch of its proprietary comprehensive solid form discovery and selection platform, XtalGazer. This advanced platform aims to significantly improve the polymorph selection process for the pharmaceutical industry by integrating AI- and automation-powered experimental and computational approaches.
XtalGazer provides a total solution for delivering high-quality polymorph screening and selection methods to expedite drug development and mitigate risks. It represents a paradigm shift in solid-state research, moving from the traditional trial-and-error approach to a data-driven, design-led methodology. The platform provides an expansive suite of foundational tools to accelerate polymorph discovery, characterization, and selection process, empowering pharmaceutical companies to conduct thorough research with less active pharmaceutical ingredient (API) in shorter development cycles.
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A key component of XtalGazer is XtalCSP, a crystal structure prediction platform to perform global searches of crystal structures for target molecules and the other optional components in the corresponding searching space, offering a deep insight into possible stable forms. Furthermore, crystallization strategy recommendations will provide AI-backed experimental design to help avoid human bias. XtalGazer also utilizes MicroED to rapidly elucidate crystal structures from powder samples, reducing the need for growing single crystals.
XtalPi’s launch of XtalGazer marks another significant step in the company’s ongoing exploration of solid-state research. From crystal structure prediction platforms being one of the first products to launch at XtalPi, to today’s comprehensive polymorph selection platform, XtalPi will keep fulfilling its promise to solving challenging problems in this space. XtalPi will continue to deliver faster, more accurate, and more comprehensive approaches to building an ecosystem for the R&D process in solid-state, pre-formulation and crystallization.
SOURCE: PRNewswire