Cross-Species Longevity Translation Models

AI systems that translate longevity interventions from model organisms to human therapeutics.

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Computational platforms trained on comparative genomics, lifespan studies, and intervention outcomes across species (yeast, worms, flies, mice, primates). These models identify conserved aging pathways and predict which compounds or genetic modifications successful in short-lived organisms will translate to human healthspan extension, accelerating preclinical research.

TRL

5/9Validated

Impact

4/5

Investment

4/5

Category

Software

Connections

Software

In-Silico Clinical Trials

Simulating longevity interventions on virtual human populations to safely accelerate research and drug approval.

Software

Longevity Digital Twins

Virtual physiological replicas of individuals used to simulate the long-term impact of interventions on aging.

Software

Generative Biology Models

AI systems that design novel proteins and enzymes for metabolic enhancement not found in nature.

Longevity Gene Augmentation

Gene therapy delivering variants of FOXO3, SIRT6, Klotho, and other longevity-associated genes.

Drug-Target Prediction Engines

Systems that map aging hallmarks to molecular targets across biological pathways.

Caloric Restriction Mimetics

Compounds that reproduce the longevity benefits of caloric restriction without dietary limitation.

Envisioning is an emerging technology research institute and advisory.

2011 — 2026