The Science + Studies

Independent Scientific Validation

Collagen Structure Determines Function

Pure Tripeptide Collagen is structurally different - and that difference defines how it performs.

300–500 Daltons

Ultra-low molecular weight

>80% Tripeptides

Active collagen fragments

Independently Analysed

University of Milan

Up to 5x Bioactivity

vs standard collagen

In simple terms: smaller peptides, higher concentration, stronger biological activity.

Scientific Validation

Independently Analysed

Independent Laboratory Analysis

The University of Milan
Department of Pharmaceutical Sciences

Smaller Peptide Profile

The peptide size distribution was analysed to confirm a much smaller structural profile than standard collagen fragments.

Transport Behaviour Studied

Laboratory models examined how these peptides behave across the intestinal barrier, which is critical for effective delivery.

Up to 5x Higher Bioactivity

The tripeptide-rich structure showed up to 5x higher predicted biological activity compared with standard collagen peptides.

In simple terms: The Fountain of Youth Lifestyle’s smaller, tripeptide-rich structure was shown to behave more actively in laboratory modelling than standard collagen peptides.

The Structural Difference

This structural distinction becomes clearer when compared with standard hydrolysed collagen.

Standard Option

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

The distinction lies in peptide size profile, tripeptide concentration, and independently analysed structural composition.

Why Smaller Peptides Matter

The advantage is not just that the peptides are smaller. It is that smaller size, higher tripeptide concentration, and stronger biological activity work together as a structural system.

1

Step 1

Absorption Potential

Smaller peptides are more readily transported across the intestinal barrier than larger collagen fragments, giving them a stronger starting point for delivery into the body.

2

Step 2

Targeted Delivery

Greater than 80% of The Fountain of Youth Lifestyle collagen consists of active collagen tripeptides, meaning a much higher proportion of the most relevant structural fragments are being delivered.

3

Step 3

Biological Activity

In laboratory modelling, this structural profile demonstrated up to 5x higher predicted biological activity compared with standard collagen peptides, showing why structure directly affects performance potential.

In simple terms: smaller size improves transport potential, higher tripeptide concentration improves delivery, and together they create a stronger biological activity profile.

Laboratory models evaluate biological behaviour under controlled conditions and do not represent a claim of clinical outcomes.

What This Means For Ageing

As Collagen Naturally Slows

Collagen production gradually declines with age. This is associated with changes in structural support across skin, joints, connective tissue, and bone.

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

From Structure To Support

Collagen peptides are studied for their ability to support the body’s natural structural pathways as production decreases. The Fountain of Youth Lifestyle Pure Tripeptide Collagen’s distinction lies in its molecular size and tripeptide concentration.

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

Additional Scientific Studies

Skin Elasticity Studies

Clinical studies on collagen peptides have demonstrated improvements in skin elasticity and dermal structure over time. These outcomes are associated with collagen’s role in supporting extracellular matrix integrity.

Joint & Mobility Studies

Research into collagen peptide supplementation has shown potential benefits in supporting joint comfort, mobility, and cartilage integrity, particularly in ageing populations and physically active individuals.

Bone & Structural Support

Studies indicate collagen plays a role in supporting bone matrix structure and mineral density, particularly when combined with appropriate nutritional intake and lifestyle factors.

Bioavailability & Absorption

Research suggests smaller peptide structures may be more readily absorbed and utilised within the body, contributing to their relevance in structural support pathways.