Salera Mini Membrane
Allograft Placental Membrane
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Salera® Mini Membrane is designed to align with your goal of optimizing surgical outcomes and reducing complications in poor-healing patients.
Comprised of human amnion and chorion, this bi-layer placental allograft can aid in native tissue restoration and remodeling, while providing optimal coverage in a wide variety of sizes.
Biochemical Cues Known to Support Tissue Healing in Surgical Wounds
Angiogenic Factors
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New blood vessel formation supports rapid and robust tissue growth
Anti-inflammatory Factors
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Minimize secondary inflammation for organized healing and reduced scar tissue formation
Antimicrobial Factors
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Reduce bacterial colonization and infection potential
Cell Proliferation and Remodeling
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Increases fibroblast presence leading to reorganization of tissue for healthy repair
Anti-Adhesion
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Balanced fibroblast activity lessens fibrotic tissue formation
CLINICAL EVIDENCE
Backed by MTF Biologics
Salera is supported by clinical evidence demonstrating integration, remodeling, and performance in a variety of wound types.
Scientific and Clinical Evidence in Support of Closure Activities
Provides the Foundation for Optimal Surgical Outcomes
Comprised of Amnion and Chorion Layers
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Provides a protective physical barrier to infection
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Helps prevent bacterial infiltration
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Preserves matrix proteins
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Promotes tissue epithelization
Bridging the Communication Gap at the Cellular Level
The Retained Inherent Properties and Matrix Play a Homologous Role
After application, cells adhere to the preserved extracellular matrix and proliferate over time. As the matrix supports cellular attachment and expansion, newly synthesized tissue bridges individual Salera™ Mini Membranes, facilitating organized tissue remodeling and natural wound closure.
Aseptic Processing Retains Inherent Components
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Preserves biological matrix proteins, cytokines, and growth factors
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Supports tissue remodeling
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Maintains the tissue's natural flexibility and structure
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Provides direct compatibility with the recipient extracellular matrix (ECM)
Key Biological Activities
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Angiogenic Activity – Supports new blood vessel formation.
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Anti-inflammatory Activity – Helps regulate inflammation during healing.
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Antimicrobial Activity – Assists in reducing bacterial colonization.
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Cell Proliferation – Supports fibroblast attachment and tissue repair.
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Tissue Remodeling – Encourages organized extracellular matrix remodeling.
Preserved Biological Components
Biological Component
Functional Benefit
Matrix Proteins
Cytokines
Structural support
Cell signaling
Growth Factors
Tissue regeneration
Extracellular Matrix
Cellular attachment
Native Tissue Structure
Mechanical flexibility
Ordering and Service Information
Size | Dry Coverage | Recommended Saline For Rehydration | Rehydrated Volume | Rehydrated Coverage | Order Number | UPC Code |
|---|---|---|---|---|---|---|
160mg | 4 x 8 | 0.8 | 0.30-0.35 | 1.5 x 1.5 | WC3160 | 840045713158 |
80mg | 4 x 4 | 0.4 | 0.25-0.30 | 1 x 1.5 | WC3080 | 840045713141 |
40 mg | 2 x 4 | 0.2 | 0.10-0.15 | 1 x 1 | WC3040 | 840045713134 |
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