Fibroblast Production (Foreskin-Derived)
Foreskin, particularly samples taken during childhood, is a valuable source for obtaining young fibroblast cells with high proliferation capacity. This tissue is notable for its rich fibroblast population and genetic stability. Fibroblasts isolated from foreskin are multiplied in a laboratory environment under sterile and GMP conditions, then prepared for use in tissue engineering, aesthetic medicine, and regenerative therapies.
Fibroblasts play a key role in tissue regeneration by synthesising collagen, elastin, and other extracellular matrix (ECM) components. The youthfulness of cells obtained during childhood, their high proliferation capacity, and long-term culture viability make this source more advantageous than other fibroblast sources.
Skin and Aesthetic Applications
- Skin rejuvenation and wrinkle treatment
- Repair of burn and scar tissue
- Correction of acne scars
- Aesthetic tissue filling and facial contouring
Regenerative Medicine and Tissue Engineering
- Treatment of chronic wounds and ulcers
- Pressure sores
- Development of artificial skin grafts
- Cell-based dermal regeneration products
Pharmaceutical and Cosmetic Fields
- Development of anti-ageing products
- Cell culture-based cosmetic research
- Model systems for testing biologically active substances
Fibroblasts obtained from foreskin are reliable and biologically effective cells with high proliferative capacity, thanks to their origin from young donors. They stand out as a powerful alternative in skin rejuvenation, wound repair and tissue engineering applications.
Quality Control Parameters (Foreskin-Derived Fibroblasts)
- Serology Analysis
- Culture Analysis
- Cell Count and Viability Analysis
- Surface Marker Analysis
- Endotoxin Analysis
- Mycoplasma Analysis
- Gram Stain Analysis