VERISOL® is a patented, standardized composition of bioactive collagen peptides derived from bovine Type I collagen (Gelita). Unlike generic collagen hydrolysates, VERISOL is produced through a controlled enzymatic hydrolysis process, resulting in a defined peptide profile (~2 kDa) with reproducible biological activity.

At a molecular level, VERISOL is not simply “collagen broken down.” It is a targeted peptide system engineered to deliver specific bioactive sequences that interact directly with dermal cells.

Participants were divided into two groups—one receiving a daily intake of 2.5g VERISOL® collagen peptides and the other a placebo. The trial spanned 8 weeks, with measurements taken at crucial intervals—4 and 8 weeks into the study. Additionally, a 4-week washout period followed the completion of the trial. 

• Average molecular weight: ~2 kDa
• Composed of specific di- and tripeptides (e.g., Pro-Hyp, Hyp-Gly)
• Identified via MALDI-MS fingerprinting, ensuring batch-to-batch consistency

• Peptides are absorbed intact, not fully degraded into free amino acids
• Detectable in bloodstream post-ingestion
• Transported to dermal tissue and remain present for up to 96 hours

• Act as signaling ligands, not just substrates
• Stimulate fibroblast activity, including:
1. Collagen Type I synthesis
2. Elastin production
• Extracellular matrix (ECM) remodeling

• Traditional proteins → amino acid supply
• VERISOL peptides → cellular signaling + gene expression modulation

VERISOL functions closer to a bioactive signaling system than a nutritional protein.

• Ingredient-specific randomized controlled trials across multiple indications
• Quantified biological outcomes:

1. ~20% wrinkle reduction
2. +65% procollagen
3. +18% elastin
4. +12% nail growth
5. −42% nail breakage
6. +31% follicle proliferation

Mechanism- Bioactive Peptides
Full study: htts://www.ncbi.nlm.nih.gov/pmc/articles/PMC6566836/

Findings:

• Peptides absorbed intact
• Accumulate in dermis
• Stimulate fibroblast-driven ECM synthesis

VERISOL® is a clinically validated bioactive collagen peptide system with defined molecular structure, proven bioavailability, and demonstrated effects on dermal biology. Its mechanism centered on peptide signaling and fibroblast activation combined with consistent clinical outcomes across skin, hair, and nails, positions it as a targeted dermatological intervention rather than a conventional collagen supplement.