Our Science
The science of natural regeneration.
AdiPearl advances regenerative medicine for aesthetic applications. Based on Swiss research at EPFL, it represents a new paradigm in tissue regeneration.
AdiPearl advances regenerative medicine for aesthetic applications. Based on Swiss research at EPFL, it represents a new paradigm in tissue regeneration.
AdiPearl™ uses a plant-based, porous scaffold that invites the body's own stem cells to form young, vascularized adipose tissue.
As the scaffold is naturally resorbed, it is replaced by real, living tissue — not just temporary volume.
AdiPearl is based on a medical-grade, plant-derived polysaccharide formed into a soft, sponge-like scaffold.
Micropores provide pathways for stem cells to move and connect.
The open structure supports the formation of new blood vessels.
Micropores give cells space to regenerate and build new tissue volume where needed.
The scaffold creates a temporary home for the body's own cells. As new tissue forms, the scaffold gradually resorbs.
A small amount of scaffold is injected into the desired area. Its structure creates natural pathways for cells and micro-vessels to enter.
The body's own signals attract stem and progenitor cells to the site. Early vascularization is supported.
Recruited stem cells differentiate into young, vascular adipose tissue — restoring volume exactly where needed.
As the tissue matures, the scaffold gradually resorbs, leaving only real, living tissue.
AdiPearl uses a porous, plant-based scaffold to guide native adipogenesis. Stem cells migrate in, blood vessels form, and new adipocytes develop. This creates a regenerative pathway — not surgery, not a filler, but a true regenerative platform.
Fat grafting is a surgical procedure that transfers fat from one part of the body to another. AdiPearl supports the body in growing tissue exactly where it is needed, using a single injection and the body's own regenerative processes.
No. The scaffold is designed to gradually resorb as new tissue forms. Pro-regenerative macrophages guide this process, leaving behind living tissue — not foreign material.
Adipose tissue requires a blood supply to survive. The scaffold's structure supports the formation of new blood vessels, which nourish the growing tissue and enable natural integration.
AdiPearl™ is investigational and not yet commercially available.
For physicians interested in pioneering this new approach, or for patients seeking to participate in clinical research.