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Independent Scientific Validation

Not All Collagen Is The Same

The Fountain of Youth Lifestyle® is structurally designed differently — and independently analysed to understand how that difference may influence biological activity.

The Science In 60 Seconds

The Fountain of Youth Lifestyle® is characterised by:

  • Ultra-low molecular weight (300–500 Daltons)
  • >80% active collagen tripeptides
  • Independently analysed in European laboratories
  • Up to 5× higher predicted bioactivity vs standard collagen (laboratory modelling)

In simple terms: It delivers a higher concentration of the specific collagen fragments most studied for structural support.

explore the difference

the structural difference

Standard Hydrolysed Collagen (aka: collagen peptides)

  • Mixed peptide sizes
  • Larger fragments
  • Lower tripeptide concentration
  • Broad, variable structure

The Fountain of Youth Lifestyle® tripeptide collagen

  • Highly concentrated tripeptides
  • Smaller molecular profile
  • Structurally optimised
  • Independently analysed composition

Why Smaller Peptides Matter

Ultra-Low Molecular Weight

Smaller peptides are more easily transported across the intestinal barrier compared to larger fragments.

High Tripeptide Concentration

Greater than 80% of FoYL consists of collagen tripeptides — the smallest functional collagen units studied in signalling pathways.

5 x Higher biological activity

Laboratory modelling showed up to 5× higher predicted biological activity vs collagen peptides (AKA: hydrolysed collagen).

*Laboratory models evaluate biological behaviour under controlled conditions.

What This Means For Ageing

As Collagen Naturally Slows

Collagen production gradually declines with age.

This is often associated with:

  • Joint stiffness
  • Skin thinning
  • Reduced elasticity
  • Slower connective tissue recovery
  • Post-menopausal structural changes

Collagen peptides are studied for their ability to support the body’s natural structural pathways as production decreases.

From Structure To Support

Collagen plays a structural role in:

  • Skin firmness and elasticity
  • Cartilage and joint integrity
  • Tendon and ligament resilience
  • Connective tissue recovery
  • Bone matrix support

Research into collagen peptides shows they can assist with supporting these natural systems.

The Fountain of Youth Lifestyle Pure Tripeptide Collagen's distinction lies in its molecular size and tripeptide concentration.

Additional Scientific Studies

Skin Elasticity Studies ›

Randomised controlled trials in women aged 35–65 have shown that oral collagen peptides can assist with supporting skin elasticity, hydration, and dermal density.

These studies typically ran for 8–12 weeks and focused on visible age-related changes in skin structure and resilience.

Joint Comfort Studies ›

Human studies in ageing and physically active populations have shown that collagen peptides can assist with supporting joint comfort, mobility, and cartilage structure.

This area of research focuses on collagen’s role in helping support the structural integrity of connective tissues over time.

Connective Tissue & Recovery ›

Research indicates that collagen peptides may assist with supporting tendon health, ligament resilience, and post-exercise connective tissue recovery.

These benefits are often studied alongside mechanical loading or exercise, where connective tissue support is especially relevant.

Post-Menopausal Structural Support ›

Studies in post-menopausal populations suggest that collagen peptides may assist with supporting bone mineral density and connective tissue structure.

This is particularly relevant as collagen production declines more rapidly during this stage of life, contributing to broader structural changes over time.