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Always Looking Beneath the Surface by Examining the Data

AsepticProcessingLearn More
PlacentalMatricesLearn More
DermalMatricesLearn More

Advancing science to improve outcomes is what drives us. We are relentless in our pursuit of better solutions, fueled by a passion to move the science of treating wounds forward. Our growing body of published research continues to tell a powerful story of success—one that leads to restored health and renewed lives.

Aseptic Processing

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Aseptic Processing

Chemical Disinfection Process of Allograft Tissue

Placental Matrices

Dehydrated human amnion/chorion-derived allograft (dHACA)

Publications

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Placental Publications

Diabetic, Delayed Excisional Animal Study (dHACA, March 15, 2021)
Diabetic Foot Ulcers: Randomized, Controlled, Multi-Center Trial (dHACA, August, 2019)
Diabetic Foot Ulcers: Randomized, Controlled, Multi-Center Trial Rate (dHACA, August, 2019)
Diabetic Foot Ulcers: A Retrospective Crossover Study (dHACA, July 26, 2017)
Vascular Leg Ulcer: Randomized, Controlled, Multi-Center, Trial (dHACA, October 12, 2016)
Trial-based Health Economics Study (dHACA, July 20, 2020)
Lower Extremity Soft Tissue and Bone Reconstruction Study (dHACA, March 9, 2022)
Venous Leg Ulcers: Randomized, Controlled, Clinical Trial (dHACA, November 30, 2021)

Case Studies

MTF Biologics Wound Care tissue forms have been designed to address a wide variety of wounds.
Please select any of the case studies presented below to learn more about our successes in application.

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Placental Case Studies

Use of AmnioBand™ Membrane, a Human Amniotic Membrane Allograft, in the Management of Chronic Non-Healing Diabetic Foot Ulcers Case

Scientific/Clinical Posters

We have presented our findings at conferences and meetings across the country. Click on any of the items below to view and download scientific studies of our tissue forms in easy-to-reference posters.

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Placental Scientific Posters

Terminal sterilization negatively affects dehydrated human amnion/chorion biological properties while aseptic tissue processing preserves the natural matrix structure and composition.
Aseptically Processed Dehydrated Human Amnion/Chorion Allografts Possess Anti-microbial, Anti-inflammatory and Non-immunogenic Properties that Support Wound Healing.
Aseptically Processed Dehydrated Human Amnion/Chorion Allografts Promote Proliferation, Migration and New Matrix Deposition of Type II Diabetic Keratinocytes.
Aseptically Processed Dehydrated Human Amnion/Chorion Allografts Promote Cell Attachment, Proliferation, New Matrix Deposition and In Vitro Angiogenesis That Supports Wound Healing.
Aseptically Processed Dehydrated Human Amnion/Chorion Allograft Promotes Healing of Chronic Wounds in a Diabetic Swine Model.

Dermal Matrices

Human reticular acellular dermal matrix (HR-ADM)

AlloPatch Pliable LogoSomaGen Logo

Publications

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Dermal Publications

Delayed Excisional Animal Study (HR-ADM, January 8, 2021)
Diabetic Foot Ulcers: Randomized, Controlled, Multi-Center Trial (HR-ADM, April 12, 2016)
Diabetic Foot Ulcers: Randomized, Controlled, Multi-Center Follow Up Trial (HR-ADM, April 22, 2018)
Diabetic Foot Ulcers: A Retrospective Crossover Study (HR-ADM, November 16, 2016)
Architectural and Biological Properties to Support Wound Repair (HR-ADM, October 4, 2016)

Case Studies

MTF Biologics Wound Care tissue forms have been designed to address a wide variety of wounds.
Please select any of the case studies presented below to learn more about our successes in application.

Expand all

Dermal Case Studies

Use of AlloPatch® Pliable, a Human Acellular Dermal Matrix, as an Adjunctive Therapy for Chronic Non-Healing Diabetic Foot Ulcers

Scientific/Clinical Posters

We have presented our findings at conferences and meetings across the country. Click on any of the items below to view and download scientific studies of our tissue forms in easy-to-reference posters.

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Dermal Scientific Posters

A Novel Aseptically Processed Human Reticular Dermis Promotes Fibroblast Secretion of Growth Factors that Support Angiogenesis and Epithelialization in Wound Healing.
A Novel Design of Aseptically Processed Human Reticular Dermis Promotes Enhanced Cell Attachment, Proliferation and New Matrix Deposition in Wound Healing.
Aseptic Processing of Human Allogeneic Dermis Provides a Natural Scaffold with a Biocompatible Environment Conducive of Cell Attachment and Infiltration.
Aseptically Processed Meshed Reticular Dermal Matrix For Soft Tissue Reconstruction for Necrotizing Fasciitis: Case Report