Summarized by Masters of Longevity from Nature Aging.
The article previews research on the oral microbiome’s role in aging and an AI-driven approach to discover geroprotective microbes.
Key Takeaways
- Aging is accompanied by progressive physiological decline, yet the microbiome determinants that modulate aging remain unclear.
- Here, we identify Neisseria flavescens ( Nf ) as an oral commensal associated with decelerated aging in humans.
- Using AURORA, a generative multi-modality framework, we developed multi-modality aging clocks, performed in silico screening for age-gap-reducing interventions and predicted Nf as a top hit.
