The Collagen That
Heals. Not Just Fills.
Non-Hydrolyzed Collagen preserves the intact triple helix structure — the molecular architecture cells actually need to migrate, regenerate, and restore tissue.
The Challenge
Wound Care Has a
Structural Problem
Most collagen wound products on the market are hydrolyzed — meaning the collagen has been chemically broken down into tiny peptide fragments that no longer carry any structural information.
The result? A passive filler that cells cannot recognize, migrate into, or use as scaffolding. Wounds stall. Patients suffer.
Affects up to 14% of surgical wounds — especially in diabetic and immunocompromised patients.
SSIs cost the US healthcare system over $3.3 billion annually in extended care and readmissions.
Over 60% of complex wounds fail standard dressing protocols — they need bioactive structure, not bulk.
- Broken peptide fragments
- No triple helix structure
- Cells cannot recognize it
- No migration scaffold
- Passive filler only
- Wounds stall & reopen
- Intact triple helix
- Native ECM architecture
- Cells recognize & bind
- Active cell migration
- Bioactive regeneration
- Complete wound closure
Clinical Evidence
Real Patients. Real Results.
Documented cases treated with Non-Hydrolyzed Collagen showing measurable wound transformation.
Ankle Ulcer — Necrotic to Healed
Patient presenting with a deep, open ankle ulcer with necrotic eschar and surrounding inflammation. Prior treatments had failed to produce any measurable wound bed improvement.
Venous Stasis — Chronic Leg Wounds
Patient with severe venous stasis dermatitis and chronic bilateral lower leg wounds. Extensive hyperpigmentation, scaling, and open wound sites unresponsive to conventional wound care for months.
Our Breakthrough
Non-Hydrolyzed Collagen:
Nature's Architecture, Preserved
The only bioactive scaffold that maintains the complete triple helix structure — exactly as your body produces it.
Triple Helix Preserved
Our proprietary process maintains the native collagen triple helix intact — the same structure your body's fibroblasts are designed to recognize and respond to.
True Bioactive Matrix
Functions as a genuine extracellular matrix — signaling cells to proliferate, migrate, and deposit new collagen in an organized, functional pattern.
Protease Modulation
The intact native structure sequesters destructive MMPs, protecting the healing environment from the enzymes that stall chronic wounds.
Conformable Scaffold
Adapts to any wound geometry — deep tunneling wounds, irregular excisions, high-tension closures — providing structural support where standard dressings fail.
The Difference Is Structural
Hydrolyzed vs. Non-Hydrolyzed Collagen
Not all collagen is created equal. The processing method determines whether collagen can actually heal — or just fill space.
Hydrolyzed Collagen
FRAGMENTED PEPTIDES
(Needs copolymers/binders)
- Loss of Structure
Triple helix destroyed during processing; loses natural scaffolding ability.
- Requires Additives
Must be combined with cellulose/binders to form a dressing.
- Rapid Dissolution
Dissolves too quickly to support sustained tissue regeneration.
Non-Hydrolyzed Native Collagen
INTACT TRIPLE HELIX
(Pure bioactive scaffold)
Preserved structure guides fibroblast migration.
Particles fill irregular tunneled or undermined wounds.
Absorbs fluid while maintaining a moist healing environment.
Mechanism of Action
From Scaffold to Full Regeneration
Five precise biological steps from application to complete, organized tissue restoration.
Application
Non-Hydrolyzed Collagen scaffold is placed directly onto the wound bed, conforming to all geometries and filling dead space.
Cell Recognition
Fibroblasts and keratinocytes recognize the intact triple helix via integrin receptors — triggering active migration and proliferation.
MMP Regulation
Native collagen structure sequesters destructive proteases, protecting the new healing environment from degradation.
Angiogenesis
The bioactive scaffold promotes new blood vessel formation, delivering oxygen and nutrients that drive tissue regeneration.
Full Regeneration
Progressive remodeling yields well-organized, mature connective tissue with superior tensile strength and minimal scarring.
Clinical Data
Outcomes Backed by Evidence
Peer-reviewed results from multi-center clinical studies across diverse wound types and patient populations.
Reduction in Wound
Dehiscence Rate
Faster Time
to Closure
Physician Satisfaction
Rating
Fewer Hospital
Readmissions
Patient Satisfaction
Rate
Indicated Applications
From the Field
What Clinicians Are Saying
"Non-Hydrolyzed Collagen has fundamentally changed how I manage complex wound closures. The tissue response is unlike anything I've seen — cells actually migrate into the scaffold and begin organized repair."
"We had a patient with a 9-month non-healing dehiscence. After two applications of Non-Hydrolyzed Collagen, we saw granulation and closure within 6 weeks. The triple helix preservation is the difference."
"I've trialed dozens of collagen products over 20 years. Non-Hydrolyzed Collagen is the only one that performs like a true bioactive scaffold. My chronic wound patients are finally healing."
Connect With Us
Interested in
Non-Hydrolyzed Collagen?
Reach out to discuss how Non-Hydrolyzed Collagen can transform outcomes for your patients. Request sample kits, access peer-reviewed clinical data, or schedule a product demonstration.
Ready to Transform
Patient Outcomes?
Contact our team directly to learn about Non-Hydrolyzed Collagen, request clinical data, or schedule a product demonstration for your facility.
Call (404) 213-2994