Topical Collagen Peptides

by The OHM Team July 15, 2026

The Case for Topical Collagen

Collagen Peptides

Collagen peptides are typically ingested daily via a warm liquid such as coffee. There are a wide range of peptide products from a variety of sources containing collagen types I and III. It is known that the chemical processes of manganese as the cofactor of prolidase enzyme breaks down collagen peptides into usable hydroxyproline. Further biosynthesis of collagen I and III is required for the production of collagen IV for basement membranes in the extracellular matrix (ECM).

Collagen Biosynthesis

Natural Manganese acts as the essential cofactor that activates prolidase enzyme
Prolidase breaks down existing Collagen I & III into absorbable hydroxyproline."

Collagen Remolding

In the extracellular matrix (ECM) Collagen I & III undergo breakdown for the formation, organization and remodeling into Collagen IV.
Collagen IV creates the specialized basement membrane, a thin supportive layer that anchors cells, allows filtration, and separates tissues.

OHM natural manganese supplementation ensures proper biosynthesis of available collagen peptides. A wound or an injury requires a significant increase in the amount of trace elements and collagen peptides for the duration of the healing process. After exhausting available collagen peptides, collagen depletion may lead to the possibility of lengthy injuries or increased degeneration.

Making the Case

It is questionable if oral collagen peptide supplementation is successful, especially in patients with compromised guts and/or those who are chronically ill. With these patients, digestion and nutrient transportation is most likely limited and it is unlikely the collagen migrates throughout the body especially to the extremities. In cases of injury and degeneration, it is doubtful an ample supply of collagen peptides can make its way to these areas for healing processes.

Since the early 2010’s, the medical establishment has studied and used collagen for wound care and vascular surgical processes.

We recommend the use of OTC collagen peptides for supplementation through the skin. The utilization of this skin application process provides targeted, usable collagen throughout the body, to the extremities, and if needed to injury or surgery sites. An OTC blend of eggshell, marine and grass-fed bovine collagen peptide product provides a diverse blend of collagen i and iii.

The below material affirms that topical collagen processes are widely used in modern medicine. Collagen assimilates when applied to the skin as well as when used internally. These examples substantiate that collagen peptides are successfully used in a non-oral format, entirely dosed outside of the digestion system. Some products and collagen peptides carry patented or trademarked names.

OHM Mineral Blends

OHM mineral blends, Reconstruct and Replenish, used either as a soaking bath or in an aloe gel are perfect companions for topical collagen. Rich in balanced minerals with a targeted focus on the trace elements manganese and silica.

For silica enhancement, ReGenEX is a perfect companion blend, used on joints or large areas of the body. It can be used in aloe gel or dry.

Brief History of Collagen Peptides

1940s–1950s - Hydrolyzed collagen (the basis for collagen peptides) was first industrially manufactured
1970s-1980s - Evidence emerged on benefits for joints and cartilage. First scientific studies for joint health appeared around 1985.
1990s-2000s - Proved popular in cosmetics and supplements for skin elasticity, anti-aging, hair, and nails. Improved hydrolysis processes produced smaller, more bioavailable peptides (typically 3–6 kDa).
2010s - Collagen peptides entered functional foods, beverages, sports nutrition, and medical applications.
2020s- Present - Applications span supplements, foods and beverages, cosmetics, and pharmaceuticals.

The Germany Connection

Cologne-linked research and clinical trials on elastin peptides; skin elasticity and wrinkle reduction fed into broader European efforts on ECM in aging and disease. These complemented collagen research, often in wound healing, burns, and regenerative medicine.
Cologne regional companies advance hydrolyzed elastin for cosmetics and nutraceuticals. Matrihealth GmbH (matripure®) targets anti-aging skincare and supplements for beauty-from-within and topical applications.

Ongoing Discussion

Gerhard Sengle’s work at the University of Cologne emphasizes the intact, supramolecular architecture of the ECM, particularly the elastic fiber system rather than the breakdown hydrolyzed peptides used in supplements and cosmetics.
The collagen/elastin peptide industry focuses on accessible, bioavailable fragments for consumer products. Sengle’s group elucidates the full native - multi-component networks that peptides aim (often indirectly) to support or mimic, believing this is essential for advancing from symptomatic supplementation to true regenerative or preventive approaches in aging, wound care, and genetic diseases.

Study: Collagen-Based Wound Dressings: Innovations, Mechanisms, and Clinical Applications

“Collagen-based wound dressings have developed as an essential component of contemporary wound care, utilizing collagen’s inherent properties to promote healing. This review thoroughly analyzes collagen dressing advances, examining different formulations such as hydrogels, films, and foams that enhance wound care. The important processes by which collagen promotes healing (e.g., promoting angiogenesis, encouraging cell proliferation, and offering structural support) are discussed to clarify its function in tissue regeneration. The effectiveness and adaptability of collagen dressings are demonstrated via clinical applications investigated in acute and chronic wounds. Additionally, commercially accessible collagen-based skin healing treatments are discussed, demonstrating their practical use in healthcare settings…” https://www.mdpi.com/2310-2861/11/4/271

Study: Collagen for brain repair: therapeutic perspectives

“Biomaterials have increasingly become a focus of research on neuroprotection and neuroregeneration. Collagen, in terms of brain repair, presents many advantages such as being remarkably biocompatible, biodegradable, versatile and non-toxic. Collagen can be used to form injectable scaffolds and micro/nano spheres in order to: (i) locally release therapeutic factors with the aim of protecting degenerating neurons in neurodegenerative conditions such as Alzheimer's or Parkinson's diseases…” https://pmc.ncbi.nlm.nih.gov/articles/PMC5950659/

Study: Advanced biomaterials for repairing the nervous system: what can hydrogels do for the brain?

“Newly developed hydrogels are likely to play significant roles in future therapeutic strategies for the nervous system. In this review, unique features of the central nervous system (i.e., the brain and spinal cord) that are important to consider in developing engineered biomaterials for therapeutic applications are discussed. …” https://www.sciencedirect.com/science/article/pii/S1369702114002119

Collagen Peptide Topical Wound Care Companies

Well-Known Companies and Brands

Medline Industries — Puracol line (Puracol Plus, Puracol Plus AG+, Puracol Ultra ECM, Puracol Ultra Powder). Highly native bovine collagen dressings known for MicroScaffold technology and use in chronic wounds. medline.com
3M (Solventum) — Fibracol Plus (collagen + alginate), Promogran (collagen + ORC), and Promogran Prisma (with silver). Classic and widely used composite collagen matrices.
HARTMANN USA — ColActive Plus and ColActive AG (collagen + alginate, with silver options). Available in sheets, pads, and powder forms.
MPM Medical — TripleHelix, MetaMatrix, and ACM lines. U.S.-manufactured 100% type I bovine collagen powders, pads, and ropes; focuses on surgical and advanced wound care.
Human BioSciences (HBS) — Medifil II particles and other Kollagen-based products. Known for cost-effective, high-purity bovine collagen.
MiMedx — Expanded into fibrillar bovine collagen matrices; also known for placental-based and other advanced wound products.

Collagen for Surgical Vascular Repair & Grafts

These include biological grafts or collagen coatings/impregnations for synthetic grafts to improve sealing, healing, and patency.

LeMaitre Vascula - Artegraft (bovine carotid artery collagen vascular graft) - used for hemodialysis access and lower extremity bypass; one of the primary commercial collagen-based vascular grafts.
DSM-Firmenich (Biomedical - Supplies medical-grade collagen for vascular applications, including coatings for stents, heart valves, vascular closure devices (e.g., Angio-Seal), and embolization.
Getinge - Intergard and other collagen-impregnated Dacron vascular grafts.

Collagen Microspheres

Collagen microspheres are small spherical particles (typically 10–500 µm in diameter) made from type I collagen (often bovine or atelocollagen). They serve as biocompatible, biodegradable scaffolds or carriers in biomedical applications.

Fesarius Therapeutics (USA) - DermiSphere™ hDRT (hydrogel Dermal Regeneration Template): Crosslinked bovine collagen microspheres embedded in a collagen hydrogel. FDA 510(k)-cleared (2025) for full-thickness wounds. Promotes rapid vascularization and tissue regeneration.
REPROCELL / Koken (AteloCell®) (Japan, distributed globally) - KKN-MIC-00 Collagen Microspheres: Sterile bovine Type I atelocollagen beads (~3 million particles per 15 mL). Primarily for research and 3D cell culture as microcarriers.
Polyheal Ltd (Israel) - PolyHeal® Micro: Negatively charged polystyrene microspheres (not pure collagen, but often studied in wound contexts with collagen matrices). Used for chronic, hard-to-heal wounds.
Regenity Biosciences (formerly Collagen Matrix, Inc., USA) - Supplies collagen materials, including for microsphere-based products (manufacturing partner for Fesarius DermiSphere).
DSM-Firmenich Biomedical - Provides medical-grade collagen raw materials used in microsphere production for devices and regenerative applications.
Other players and research suppliers: BOC Sciences (recombinant collagen microspheres), various custom manufacturers for drug-delivery or tissue-engineering applications.