Tissue Engineering
Biomaterials
Manufacture of regenerative medical devices — acellular patches, membranes, and 3D matrices derived from fish skin through advanced enzymatic decellularization and lyophilization. Biocompatible, infection-resistant, and clinically proven.
Why Fish Skin Biomaterials Outperform
Clinical studies confirm that acellular fish skin grafts accelerate re-epithelialization, reduce infection, and minimize pain — outperforming conventional porcine and cadaver grafts.
Statistically significant reduction in re-epithelialization time compared to conventional wound care.
Fish skin collagen contains omega-3 fatty acids (EPA, DHA) with natural antibacterial and antioxidant properties.
Type I collagen structure similar to human dermal collagen — minimal immunogenic response, excellent tissue integration.
Occlusive dressing properties create a moist healing environment, eliminating painful dressing changes.
Scientific basis: Tilapia skin acellular dermal matrix shows high hydroxyproline content (9.1%), superior thermal stability, and significantly increased TGF-β1 expression, alpha-smooth muscle actin, and CD31 — markers of accelerated wound healing, collagen deposition, and angiogenesis.
Precision at Every Step
Reception & Quality Control
Sterile fish skins arrive from the Skin Bank — fully traceable by species, origin, and processing date. Quality parameters verified before processing begins.
Enzymatic Decellularization
Advanced enzymatic process removes all cellular material and antigens — leaving only the bioactive extracellular matrix (ECM) with intact collagen architecture and bioactive peptides.
Lyophilization & Structuring
Freeze-drying stabilizes the decellularized matrix, removing moisture while preserving the three-dimensional collagen scaffold. Structured into patches, membranes, or 3D matrices as required.
Final Sterilization & QC
Terminal sterilization (gamma or equivalent) and rigorous quality control testing per ISO 13485 standards — sterility, biocompatibility, mechanical integrity, and shelf life validation.
Flagship Products
🩹 Burn Patches
Acellular fish skin patches for second and third degree burn wounds. Creates a stable, adherent interface with the wound bed — moist healing environment, no dressing changes needed, minimal infection risk.
🔬 Diabetic Ulcer Membranes
Membranes engineered for diabetic foot ulcers, venous leg ulcers, and pressure sores — promoting granulation tissue growth and angiogenesis.
🧬 3D Matrices
Three-dimensional scaffolds for plastic surgery reconstruction and tendon repair — providing structural support for cell infiltration and tissue regeneration.
⚕️ Surgical Membranes
Versatile membranes for a range of surgical applications requiring biological scaffolds — supporting tissue regeneration and reducing post-operative complications across multiple specialties.
Evidence-Based Performance
Smart Touch biomaterials are backed by peer-reviewed clinical and preclinical research demonstrating consistent superiority over conventional wound care approaches.
Accelerated Re-Epithelialization
Meta-analysis confirms statistically significant reduction in days to complete re-epithelialization — the gold standard outcome measure for wound healing.
Peer-reviewed meta-analysisSuperior Collagen Architecture
Tilapia acellular dermal matrix shows higher thermal stability and hydroxyproline content (9.1%) than porcine alternatives — indicating denser, more bioactive collagen scaffolding.
Comparative biomaterial studyAngiogenesis & Tissue Regeneration
High expression of TGF-β1, alpha-smooth muscle actin, and CD31 markers — confirming accelerated vascularization, collagen deposition, and granulation tissue formation.
In vivo regeneration studyBiocompatible — No Infectious Risk
Fish skin non-infectious microbiota and omega-3 fatty acids (EPA, DHA) provide natural antibacterial and antioxidant properties — dramatically reducing infection risk vs. conventional grafts.
Microbiological safety assessment- ✗ Higher infection risk
- ✗ Frequent dressing changes
- ✗ Higher patient pain
- ✗ Import dependency
- ✓ Natural antibacterial EPA/DHA
- ✓ No dressing changes needed
- ✓ Significantly reduced pain
- ✓ Locally produced, circular
Bring Smart Touch
to Your Patients
We work directly with hospitals, burn units, surgical centers, and research institutions to integrate Smart Touch biomaterials into clinical workflows. Request product specifications, clinical data, or a consultation with Dr. Zertit Aya Malak.