How it works
A simple, proven path to preserve your skin’s youthful potential using your own cells.
1) The skin: where our beauty lives
Your skin is made of the epidermis (outer barrier), dermis (living support layer), and hypodermis (fat/anchoring tissue). The dermis is where the action happens for youthful appearance. It’s packed with fibroblasts, the cells that produce collagen, elastin, and extracellular matrix that keep skin firm, elastic, and hydrated.
2) Youthful skin and fibroblasts
In youth, fibroblasts are plentiful and energetic, synthesizing fresh collagen and elastin and remodeling the matrix, so everyday micro-damage is repaired fast. Younger skin “bounces back” because the cell machinery is active.
3) Aging and cellular decline
With age, fibroblasts decline in number and productivity. Collagen synthesis slows and cross-linking rises; structure thins and stiffens, leading to lines, dullness, and laxity. The core issue: fewer, slower fibroblasts.
4) The fibroblast solution (proven concept)
Autologous fibroblast therapy—reinjecting a person’s own fibroblasts grown from a small skin biopsy—has shown improvements in fine wrinkles and skin quality. Laviv (azficel-T) is a precedent for this approach: restore active fibroblasts → stimulate new collagen where needed.
5) Our advantage: long-term preservation
We capture your fibroblasts at their best quality and cryopreserve them for the long term. A single collection in early adulthood safeguards a personal reserve that future you can draw upon.
6) Today’s service and tomorrow’s reinjection
Today: we collect, culture, quality-check, and cryopreserve your fibroblasts. Planned: we’re preparing to hold the appropriate license to reinject your cryopreserved fibroblasts when you choose—targeting areas that need support. The underlying technology is proven; our mission is long-term access.
7) Why it matters
You only get one set of youthful cells. Preserving them early maximizes future options. Because they’re your cells, treatment is personal and biocompatible—no foreign material. As regenerative medicine advances, your banked cells may enable more applications.