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Learn More About GORE® SYNECOR Biomaterials
Hybrid hernia repair device for high BMIs, multiple comorbidities and recurrent defects are now available.
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Retro-rectus Placement of Bio-absorbable Mesh Improves Patient Outcomes
Our primary objective was to determine the longterm surgical outcomes of retro-rectus and intraperiteonal placement of mesh.
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Quality of Life in Ventral and Hiatal Hernia Repair: Review of Long-Term Patient Outcomes in Two Large Case Series
A fundamental goal of hernia repair is providing a durable closure.
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Clinical Experience with GORE® SYNECOR Intraperitoneal Biomaterial
Donald Cugini M.D., presents a case using GORE® SYNECOR Intraperitoneal Biomaterial for umbilical hernia repair.
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Clinical Use of GORE® BIO-A® Tissue Reinforcement in Ventral Hernia Repair Using the Components Separation Technique
Many repaired incisional or ventral hernias recur; thus, the primary objective of research and technological developments pertaining to these hernias has long been to minimize recurrences without increasing treatment-related complications.
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Expert Review: Clinical experience with GORE® SYNECOR Intraperitoneal Biomaterial
A surgeon reviewing their clinical experience with GORE® SYNECOR Intraperitoneal Biomaterial and MEDTRONIC PARIETEX Composite Mesh for Umbilical / Epigastric Hernias.
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Laparoscopic Fixation of GORE® SYNECOR Biomaterial in a Cadaver Model Using a Robotic Arm
Erik B. Wilson M.D., FACS, shares a video showing laparoscopic fixation of GORE® SYNECOR Biomaterial in a cadaver model using a robotic arm.
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Clinical Performance with Staple Line Reinforcement: Scientific Literature Analysis
Clinical Performance of GORE® SEAMGUARD® Bioabsorbable Staple Line Reinforcement.
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20 Years of Clinical History: Minimizing Complications, Maximizing Outcomes
Partner with a proven leader in reducing risks and raising the standard for bariatric and hiatal / paraesophageal hernia surgery.
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Biosynthetics — Know your options
"[Biologic] materials come with only moderate durability, and at substantial financial cost. Slowly absorbable biosynthetic implants, as a class of hernia meshes, represent a possible cost-effective solution. In the final analysis."
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GORE® BIO-A® Web Technology Innovation
Learn more about the GORE® BIO-A® Web Technology, and how it works as a scaffolding to help the body grow vascularized soft tissue.
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Long-term results for intraperitoneal biomaterial repair of ventral hernias in a real-world, retrospective, multicenter study
This retrospective, multicenter, case review analyzed device/procedure endpoints and patient-reported outcomes in patients treated for hernia repair 1 year or more from study enrollment.