The Evologics research program is exploring how human amniotic membrane interacts with the postoperative environment, including local inflammatory signaling, macrophage behavior, collagen organization, tissue-plane preservation, material persistence, and clinical translation.
Product EducationEvoDerm-Specific
Product Brochure
EvoDerm Acellular Dermal Matrix Brochure
An overview of EvoDerm product characteristics, established configurations, handling information, and surgical-team resources.
Source
Evologics-Sponsored
Publication status
Not Applicable · 2026
Product information is subject to change. Confirm current specifications and consult the applicable Instructions for Use.
Current areas of investigation include mechanistic evaluation, murine adhesion modeling, retrospective gastrointestinal review, and the development of prospective clinical research.
Browse scientific literature, active research, clinical education, product materials, and specialty-focused resources. Every record identifies its source, status, product relevance, and evidence type.
8 resources
Published records only. Evidence status and product relevance remain visible on every card.
Product EducationEvoPatch-Specific
Product Brochure
EvoPatch Product Overview
An overview of EvoPatch product characteristics, configurations, handling, and multispecialty navigation for robotic, laparoscopic, and open surgical workflows.
Source
Evologics-Sponsored
Publication status
Not Applicable
Product information is subject to change. Confirm current specifications and consult the applicable Instructions for Use.
Cryopreserved Ultra-Thick Amniotic Membrane in Colorectal and Intestinal Anastomoses
A single-center retrospective report involving 11 patients who received cryopreserved ultra-thick amniotic membrane following intestinal surgery. The authors described preliminary outcomes and called for larger prospective randomized studies.
Source
Independent
Publication status
Published · 2024
Independent literature involving a different tissue configuration and commercial product. The findings should not be generalized to EvoPatch.
Application of Amniotic Membranes in Reconstructive Surgery of Internal Organs
A systematic review evaluating human and animal research involving amniotic membrane in the reconstruction or healing of internal organs. The authors described encouraging signals while emphasizing heterogeneity and the need for stronger clinical evidence.
Source
Independent
Publication status
Published · 2022
Independent literature. This review is not specific to EvoPatch or A-MATRX and may include different tissue layers, processing methods, preservation methods, and applications.
Dehydrated Human Amnion-Chorion Membrane After Esophagectomy
A clinical report describing dehydrated human amnion-chorion membrane placement around an esophageal anastomosis following esophagectomy.
Source
Independent
Publication status
Published · 2022
Independent literature involving a different tissue configuration and commercial product. It should not be interpreted as direct evidence for EvoPatch.
Dehydrated Human Amnion-Chorion Membrane in Colorectal Anastomoses
A retrospective multicenter study presented in the Journal of the American College of Surgeons examining dehydrated amnion-chorion membrane in colorectal anastomoses.
Source
Independent
Publication status
Published Abstract · 2017
Published abstract involving a different tissue configuration and commercial product. It should not be presented as a full peer-reviewed clinical paper or as direct evidence for EvoPatch.
An overview of A-MATRX as a dry human amniotic membrane allograft supplied in a precision-cut micrograft configuration for clinician-directed placement.
Source
Evologics-Sponsored
Publication status
Not Applicable
Product information is subject to change. Confirm current specifications and consult the applicable Instructions for Use.
Evologics is building a staged evidence program designed to move from biological questions toward controlled clinical evaluation.
Stage 1
Mechanistic foundation
Study local tissue response, inflammatory signaling, macrophage behavior, collagen organization, and material transformation.
Stage 2
Preclinical evaluation
Examine adhesion development, tissue-plane preservation, handling, persistence, and biological response in controlled models.
Stage 3
Real-world clinical review
Evaluate existing clinical experience through structured chart review and transparent reporting of methodology and limitations.
Stage 4
Prospective development
Design controlled studies capable of assessing predefined clinical and safety endpoints.
Clinical Resources
Built for the questions that arise around the sterile field.
Clinical resources translate product information into practical, role-specific education for surgeons, nurses, technicians, service-line leaders, and hospital teams. These materials support product evaluation, preparation, handling, sizing, tissue tracking, and procedural planning. They do not replace the current Instructions for Use, institutional policy, or clinical judgment.
Product Handling
EvoPatch sterile-field preparation
Dry versus hydrated handling
Packaging inspection
Tissue transfer
Placement considerations
Tissue tracking and documentation
A-MATRX sterile-field handling
Disposal of unused opened tissue
Specialty Education
Colorectal and gastrointestinal surgery
Robotic surgery
Gynecology
Urology
General surgery
Bariatric surgery
Thoracic surgery
Orthopedics and spine
Sports medicine
Foot and ankle
Plastic and reconstructive surgery
Facility Implementation
Initial product orientation
OR staff in-service
Storage and inventory
Tissue traceability
Product evaluation workflow
Representative support
Frequently asked questions
Always consult the current product Instructions for Use. Where educational content differs from a controlled product document, the controlled document governs.
Webinars
Deeper conversations for complex surgical questions.
Join surgeons, researchers, and clinical educators for focused discussions of surgical biologics, amniotic membrane science, procedural workflows, research development, and facility implementation.
Inside the Surgical Healing Environment
A research-focused series examining inflammation, tissue remodeling, macrophage behavior, collagen formation, and adhesion biology.
Biologics in Robotic Surgery
Practical conversations about delivering, positioning, and documenting biologic products during robotic procedures.
Specialty Roundtables
Surgeon discussions organized around colorectal, gynecologic, urologic, thoracic, orthopedic, spine, sports medicine, and reconstructive applications.
From Evaluation to Implementation
Educational sessions for value-analysis teams, supply chain, OR leadership, clinical educators, and service-line administrators.
Research in Progress
Transparent discussions of study design, evidence limitations, translational questions, and the steps required to move from preclinical findings to controlled human research.
Resources are provided for scientific and educational purposes. Evidence concerning amniotic membrane products may involve different tissue layers, configurations, processing methods, preservation methods, intended uses, and regulatory pathways. Findings from one product or tissue configuration should not be assumed to apply to another. Preclinical, retrospective, observational, and individual case experiences have inherent limitations and do not establish comparative clinical effectiveness. Product use must remain consistent with the current Instructions for Use, applicable labeling, clinician judgment, institutional policy, and applicable regulatory requirements.