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Blue Copper 5 Anti-Aging Body Lift — Clinical Results
Clinical Results
Blue Copper 5 Anti-Aging Body Lift
Built on a clinically dosed stretch-mark peptide — carried at the level used in the research, with published results. Here is the evidence.
What users saw in 8 weeks
Photography of an individual user following twice-daily use for 8 weeks. Individual results vary.
saw smoother, firmer body skin
saw improved stretch-mark appearance
said skin felt more elastic
would recommend it
Consumer perception study over 8 weeks of twice-daily use.
The ingredient evidence
Stretch-mark peptide complex
Clinically dosed — an exact match to the studied levelA peptide-based active developed to target stretch marks by protecting the dermal matrix from enzymatic breakdown while stimulating the synthesis of new structural proteins.
| Clinical result (2 months) | Figure |
|---|---|
| Decrease in stretch-mark depth | -72% |
| Decrease in stretch-mark width | -27% |
| Decrease in rough appearance | -22% |
| Increase in dermal thickness | +11% |
Method: Clinical trial on 13 subjects with stretch marks less than 4 months post-partum; the active applied for 2 months. Supplier clinical study of the ingredient; not conducted on the finished Osmotics product.
Laboratory evidence
In-vitro, same dossierIn fibroblast culture, the same active increased the synthesis of the skin’s structural proteins and strongly inhibited the enzymes that degrade them.
| Measure | Result |
|---|---|
| Collagen I synthesis | +102% |
| Fibronectin synthesis | +91% |
| Elastase inhibition | 66–90% |
Method: In-vitro fibroblast culture study by the ingredient manufacturer. Laboratory results; not a measure of results on human skin.
Blue Copper (prezatide copper acetate) + matrikine peptides
Clinically dosedBody Lift pairs the stretch-mark peptide with the copper peptide Osmotics pioneered in 1998 and the matrikine collagen-signalling duo — the same firming architecture as our facial heroes, formulated for the body.
References: Maquart et al., FEBS Letters, 1988 — stimulation of collagen synthesis in fibroblast cultures by GHK-Cu; supplier clinical dossier for the matrikine complex.