Project ReGenesis

Biological Inspiration

Turritopsis dohrnii, also known as the Immortal Jellyfish, can biologically reset its life cycle by reverting mature cells to a juvenile state. Its unmatched regenerative powers offer a natural roadmap to reverse aging — a perfect subject for cutting-edge biotech research

The Problem

Modern medicine treats symptoms, not causes. Aging remains the underlying driver of chronic diseases and cellular decline. Humanity lacks the tools to repair age-related damage at the source — until now

Our Approach

• AI-Driven Genomic Mapping: Using machine learning to decode regenerative gene networks in Turritopsis dohrnii
• Cross-Species Bioinformatics: Identifying human analogs to jellyfish rejuvenation pathways for potential therapeutic relevance
• Computational Target Discovery: Pinpointing key genes and molecular mechanisms linked to age-related and degenerative diseases
• In Silico Modeling: Simulating biological interventions and cellular responses to accelerate hypothesis generation — without wet lab work

Goals

• Decode the rejuvenation genome of the immortal jellyfish to understand natural cellular repair mechanisms
• Use AI to identify and model biological processes relevant to aging and regeneration
• Apply insights to age-associated diseases such as neurodegeneration, tissue fibrosis, and immune decline
• Build a digital-first research pipeline to accelerate discovery in regenerative biology and therapeutic development

Mission

To lead a global shift in healthcare by turning age-reversal science from theory into scalable, life-enhancing solutions

Vision

To accelerate the understanding of natural regeneration and resilience through AI-driven research — unlocking new pathways to prevent, delay, or reverse age-related and degenerative diseases