Laparoscopic repair of inguinal hernia using GORE SYNECOR biomesh

Abstract

Inguinal hernia repair, historically performed through open surgery, has evolved to favour laparoscopic techniques due to reduced recovery time, minimized pain, and lower recurrence rates. The type of mesh used in repair plays a crucial role in surgical outcomes. Synthetic meshes are known for their durability and tensile strength, while biological meshes offer better biocompatibility and reduced risk of chronic inflammation. Recently, hybrid meshes such as GORE SYNECOR have emerged, integrating the strengths of both types. These composite meshes provide structural support while promoting tissue integration, yielding promising results in terms of low recurrence rates and improved patient-reported outcomes post-surgery. This report discusses an 81-year-old male with a left-sided indirect inguinal hernia managed through laparoscopic transabdominal preperitoneal (TAP) repair, utilizing GORE SYNECOR biomesh. His clinical presentation, surgical course, and recovery highlight the effectiveness of hybrid meshes for elderly patients, offering both durability and reduced complication risks. The use of a hybrid composite intraperitoneal device like the GORE SYNECOR mesh for inguinal and abdominal hernia repair demonstrates encouraging early outcomes. These include low recurrence rates, a strong safety profile, and notable enhancements in patients' health-related quality of life extending beyond one year.