(via NewsDirect)
By harnessing the power of AI-driven molecular analysis, Rakovina can rapidly evaluate billions of molecular structures to identify potential candidates for targeted cancer therapy. This innovative approach enables the team to focus on DNA-damage response-related vulnerabilities, which are prevalent across various types of cancer.
The Deep Docking AI Platform plays a pivotal role in this process, facilitating the rapid screening of billions of drug candidates against validated DNA-damage response targets. Through predictive modeling, the platform can assess safety, efficacy, and pharmaceutical properties, enabling Rakovina to prioritize the most promising candidates for further validation.
With access to the Deep Docking AI Platform, Rakovina can expedite the drug discovery process, accelerating the transition from preclinical research to human clinical trials and potential pharmaceutical partnerships. By combining AI-driven molecular analysis with established R&D infrastructure, Rakovina aims to spearhead the development of innovative therapies that target critical vulnerabilities in cancer cells.
This collaboration underscores Rakovina's commitment to advancing precision medicine and delivering groundbreaking therapies to patients in need. With the support of
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