Marine Biology
Transdifferentiation
Immortal Jellyfish: Life Cycle & Rejuvenation
How Turritopsis dohrnii reverses its life cycle through transdifferentiation and why it’s considered biologically immortal.
Everis Research
Evidence-informed notes on longevity, movement, hydration, and the biology of renewal.
How Turritopsis dohrnii reverses its life cycle through transdifferentiation and why it’s considered biologically immortal.
Genome stability, telomere maintenance, and epigenetic reprogramming that enable repeated rejuvenation.
What the immortal jellyfish suggests about DNA repair, telomeres, and multi-pathway approaches to aging.
iPSCs, direct transdifferentiation, and partial reprogramming as paths to tissue rejuvenation.
Proteostasis, autophagy, senolytics, and stress-response pathways for healthier aging.
Biotech efforts, telomerase strategies, tissue engineering, and cross-species consortia inspired by T. dohrnii.