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Liposomal Collagen + Liposomal Vitamin C

Advanced Blend for Skin
& Joint Support

Model Skin Care

Why Collagen Matters

Collagen delivers highly bioavailable amino acids that form the foundation of strong, healthy connective tissue. Crafted as hydrolysed, low-molecular-weight peptides for superior absorption, it supports extracellular matrix renewal, helping promote joint comfort, firmer-looking skin and overall tissue resilience.

Limitations of conventional Collagen

  • Large native collagen (~300 kDa)
  • Inconsistent peptide size across products
  • Breakdown in the digestive tract
  • Requires standardized low-molecular weight peptides

Why Vitamin C Matters

Vitamin C is the spark behind healthy collagen formation, acting as a key cofactor for enzymes that stabilize the collagen triple helix. It stimulates collagen production pathways in fibroblasts while shielding tissues from oxidative stress. The result is stronger structural support, enhanced repair, and a balanced cellular environment for optimal tissue function.

Limitation of conventional Vitamin C

  • Dose-limited intestinal absorption
  • Oxidation in digestive tract
  • Rapid clearance from circulation
Liposomal Molecule
Fitness Support

Need for the synergy

  • Vitamin C Powered Collagen Support: Collagen strengthens skin, joints, bones and connective tissues, while Vitamin C boosts collagen production and antioxidant protection- together supporting youthful skin and resilient joints.
  • Liposomal Delivery: Hydrolyzed collagen and Vitamin C are liposomally encapsulated for superior absorption, supporting collagen production and antioxidant protection for optimal results.
  • Optimized Blend: Ideal for incorporation into nutraceuticals, functional foods and supplement formulations for comprehensive wellness support.
Grade/Specification Available Form
Liposomal Collagen and
Vitamin C 80% Blend (91:9)
NLT 80%
Powder

Core benefits

Skin Support

Supports youthful, radiant skin

Joint Support

Promotes flexible, healthy joints

Tissue Strength

Enhances connective tissue strength & resilience

Absorption

Delivers superior absorption of collagen and Vitamin C via liposomal technology

Backed by Science, Proven in Research

Cellular Uptake Study (Caco-2 model): LiposomalCollagen and Vitamin C demonstrated 2.3× higher membrane permeability compared to standard Collagen and Vitamin C, confirming improved absorption.

Analytical validation:TEM Analysis reveals uniform, nanoscale liposomal vesicles confirming consistent structure of this novel blend.

Why Liposomal Collagen + Vitamin C Blend stands out?

Feature
Liposomal Collagen + Vitamin C Blend
Conventional
Absorption Technology
DFS Technology™ – advanced liposomal delivery
Poor absorption, limited uptake
Cellular Uptake
2.3× higher (Caco-2 proven)
Poor absorption, limited uptake
Vitamin C Stability
High (protected by liposomes)
Moderate
Collagen Uptake
Improved due to low molecular-weight peptides
Variable
Oxidative Protection
Active + stable delivery
Passive
Functional Integration
Synergistic co-delivery
Separate

External Peer-Reviewed Research

WILEY | Dermatology Research and Practice

STUDY YEAR | 2024 | David M. Reilly et al.

A clinical trial shows improvement in skin collagen, hydration, elasticity, wrinkles, scalp, and hair condition following ...

READ THE STUDY

MDPI | Nutrients

STUDY YEAR | 2024 | Katja Žmitek et al.

The effects of dietary supplementation with collagen and vitamin C and their combination with hyaluronic acid on ...

READ THE STUDY

HUMAN KINETICS | International Journal of Sport Nutrition and Exercise Metabolism

STUDY YEAR | 2018 | Dana M. Lis et al.

Effects of different vitamin C–enriched collagen derivatives on collagen synthesis ...

READ THE STUDY

SAGE JOURNAL | Orthopaedic Journal of Sports Medicine

STUDY YEAR | 2018 | Nicholas N. DePhillipo et al.

Efficacy of vitamin C supplementation on collagen synthesis and oxidative stress after musculoskeletal injuries ...

READ THE STUDY

ELSEVIER | Journal of Investigative Dermatology

STUDY YEAR | 1988 | J. C. Geesin et al.

Ascorbic acid specifically increases type I and type III procollagen messenger RNA levels in human skin fibroblasts ...

READ THE STUDY

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