AI Clocks Point to an Oral Microbe That Slows Aging in Humans, Worms and Mice
Researchers used an AI-driven aging model to identify the oral bacterium Neisseria flavescens as a candidate geroprotective microbe whose supplementation ...
Researchers used an AI-driven aging model to identify the oral bacterium Neisseria flavescens as a candidate geroprotective microbe whose supplementation ...
A new study built 49 transcriptomic aging clocks across human tissues and mapped how thousands of drugs show structured but ...
Insilico Medicine executives will speak at premier healthcare and AI summits in New York, Riyadh, Shanghai and Boston this September, ...
Advancements in our understanding of aging have unraveled a complex network of biological changes occurring over time, yet the fundamental ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine