Structural Tissue Allograft
Structural Tissue Allograft Implants are advanced placental-derived allografts designed to support tissue repair and reconstruction. These decellularized, immune-privileged, and unprogrammed implants provide a collagen-rich scaffold optimized for tissue remodeling, offering surgeons a versatile and effective solution for improving surgical outcomes.
Key Features:
- Decellularized and Immune-Privileged: Designed to support natural tissue repair while minimizing immune response, ensuring compatibility for homologous use.
- Rich in Bioactive Molecules: Contain cytokines, growth factors, and structural proteins essential for tissue remodeling and recovery.
- Safe and Sterile: Manufactured in an FDA-registered, AATB-accredited lab and terminally sterilized to meet the highest safety standards.
- Versatile and Ready-to-Use: Ambient storage with no preparation required prior to use, supporting efficient surgical workflows.
Benefits:
- Supports Tissue Remodeling: Provides an ideal collagen-rich scaffold for natural recovery and improved surgical outcomes.
- Broad Surgical Applications: Versatile design supports tendon, ligament, cartilage, bone, nerve, integument, and wound repair.
- Safety and Reliability: Minimizes risks associated with immune response and infection through advanced processing techniques.
Indications for Use:
Structural Tissue Allograft implants are indicated for homologous use, including but not limited to:
- Repair of tendons, ligaments, cartilage, bones, nerves, integument, and wounds.
- Surgical augmentation of damaged or inadequate tissue.
Why Choose Structural Tissue Allograft Implants?
- Innovative Composition: A combination of cytokines, growth factors, structural proteins, and embryonic signaling molecules designed to support natural tissue remodeling.
- Clinician-Focused Design: Versatility for multiple surgical applications ensures value across orthopedic, plastic, and general surgery specialties.
- Cost-Efficient: Provides revenue-positive opportunities via HCPCS coding and reimbursement options.
Structural Tissue Allograft Implants are advanced placental-derived allografts designed to support tissue repair and reconstruction. These decellularized, immune-privileged, and unprogrammed implants provide a collagen-rich scaffold optimized for tissue remodeling, offering surgeons a versatile and effective solution for improving surgical outcomes.
Key Features:
- Decellularized and Immune-Privileged: Designed to support natural tissue repair while minimizing immune response, ensuring compatibility for homologous use.
- Rich in Bioactive Molecules: Contain cytokines, growth factors, and structural proteins essential for tissue remodeling and recovery.
- Safe and Sterile: Manufactured in an FDA-registered, AATB-accredited lab and terminally sterilized to meet the highest safety standards.
- Versatile and Ready-to-Use: Ambient storage with no preparation required prior to use, supporting efficient surgical workflows.
Benefits:
- Supports Tissue Remodeling: Provides an ideal collagen-rich scaffold for natural recovery and improved surgical outcomes.
- Broad Surgical Applications: Versatile design supports tendon, ligament, cartilage, bone, nerve, integument, and wound repair.
- Safety and Reliability: Minimizes risks associated with immune response and infection through advanced processing techniques.
Indications for Use:
Structural Tissue Allograft implants are indicated for homologous use, including but not limited to:
- Repair of tendons, ligaments, cartilage, bones, nerves, integument, and wounds.
- Surgical augmentation of damaged or inadequate tissue.
Why Choose Structural Tissue Allograft Implants?
- Innovative Composition: A combination of cytokines, growth factors, structural proteins, and embryonic signaling molecules designed to support natural tissue remodeling.
- Clinician-Focused Design: Versatility for multiple surgical applications ensures value across orthopedic, plastic, and general surgery specialties.
- Cost-Efficient: Provides revenue-positive opportunities via HCPCS coding and reimbursement options.