Telomir Pharmaceuticals uses AI testing models to show Telomir-1 potential

Telomir Pharmaceuticals highlighted its use of computer-aided testing in a pre-clinical setting to study and analyze the potential benefits of its lead product candidate, Telomir-1. Using in silico modeling, which deploys artificial intelligence-driven computational models to predict a compound’s therapeutic potential, biological activities and toxicity, Telomir continues to find evidence that the mechanism of action of Telomir-1 has the potential to reverse age-related conditions such as osteoarthritis by lengthening DNA’s protective telomere caps. Telomir’s recent AI-powered research presented in Singapore last month not only supports but amplifies the therapeutic potential of Telomir-1. Additional AI-driven studies now being conducted to demonstrate Telomir-1’s promising therapeutic potential, supporting Telomir’s hypothesis with solid computational evidence. Telomir’s advanced AI in silico model is seeking to enable a deeper understanding of Telomir-1’s interactions at the molecular level and to affirm its ability to lengthen telomeres and potentially combat age-related diseases. As part of its work, Telomir works with third-party collaborators Frontage Laboratories and InSilicoTrials, each of whom utilize AI in-silico testing models. Following its previously announced presentation in Singapore, Telomir is excited to announce an upcoming presentation of its research in Las Vegas at the Global Longevity Federation on March 25-26, 2024. This conference is focused on continued discovery in the battle against aging. As additional research is conducted, Telomir is planning to present its findings at future scientific conferences.