Further reading
The Science
Evidence-informed notes on longevity, movement, hydration, and the biology of renewal — the research behind the practice.
Marine Biology · Transdifferentiation
Immortal Jellyfish: Life Cycle & Rejuvenation
How Turritopsis dohrnii reverses its life cycle through transdifferentiation and why it’s considered biologically immortal.
Genomics · Telomeres · Epigenetics
Molecular Mechanisms of Renewal in T. dohrnii
Genome stability, telomere maintenance, and epigenetic reprogramming that enable repeated rejuvenation.
Longevity · DNA Repair · Telomeres
From Jellyfish to Human Longevity: Key Lessons
What the immortal jellyfish suggests about DNA repair, telomeres, and multi-pathway approaches to aging.
Regeneration · iPSC · Reprogramming
Regenerative Medicine: Reprogramming & Repair
iPSCs, direct transdifferentiation, and partial reprogramming as paths to tissue rejuvenation.
Autophagy · Senescence · Redox
Cellular Maintenance: Autophagy, Senescence, Stress
Proteostasis, autophagy, senolytics, and stress-response pathways for healthier aging.
Biotech · Therapies · Frontiers
Translational Landscape & Research Frontiers
Biotech efforts, telomerase strategies, tissue engineering, and cross-species consortia inspired by T. dohrnii.