Regenerative Medicine: Reprogramming & Repair

T. dohrnii offers a natural analogy to modern reprogramming: identity can change, damage can be cleared, and function can be restored—if controls are precise.

iPSCs & Direct Transdifferentiation

Induced pluripotent stem cells (iPSCs) reset adult cells; direct conversion swaps identity without a stem phase (e.g., fibroblast→neuron). Animal studies show repaired heart and neural tissue using lineage programs.

Partial Reprogramming In Vivo

Cyclic, short‑term expression of reprogramming factors in mice has reversed epigenetic age, improved tissue function, and restored vision in models—without fully erasing identity when dosed carefully. Clinical translation is nascent and must prioritize safety.

Everis: Experience Design, Not Therapy

• We do not deliver medical interventions. We educate on the principles and cultivate conditions that support plasticity.
• Programming emphasizes novelty within safety, breath‑paced effort, and high‑quality recovery.
• Guests leave with actionable rituals aligned to personal goals and constraints.

Educational material only; not a substitute for clinical care.