A Swiss skincare company has developed a product using plant stem cells extracted from a plant species that survived the last ice age, approximately 11,700 years ago. The formula harnesses these ancient stem cells to target skin aging and degradation across the body, not just the face.
The product applies research on plant stem cell technology to broader body care. Scientists have discovered that active skincare ingredients proven effective on facial skin deliver similar benefits when applied to other areas of the body. This finding opens new possibilities for comprehensive anti-aging treatments beyond traditional facial routines.
Plant stem cells possess regenerative properties that researchers believe can stimulate cellular renewal in aging skin. The ice age plant species used in this formulation survived extreme environmental stress for millennia, potentially conferring enhanced resilience and protective qualities to skin cells that absorb the product.
The approach reflects a growing trend in skincare science toward sourcing bioactive compounds from nature's survivors. Rather than relying solely on synthetic ingredients, formulators increasingly turn to plants with proven longevity and stress resistance. The ancient genetics of ice age flora represent an untapped resource for skincare innovation.
While the specific efficacy data remains limited in the available information, the underlying science of plant stem cells in skincare has merit. Multiple cosmetic brands now incorporate plant-derived stem cells from sources like apples, grapes, and edelweiss flowers into their formulations. These ingredients work by penetrating the outer skin layers and signaling fibroblasts to increase collagen and elastin production.
The expansion from facial to body care represents practical application of this science. Body skin typically receives less targeted treatment than face skin, despite being equally exposed to environmental damage and aging factors. Applying proven facial actives to chest, hands, neck, and other areas addresses this gap.
Consumers interested in this approach should verify claims through independent testing and understand that plant stem cell products vary significantly in concentration and