Tisgenx, Inc

Preservation of nerve function in urological surgery is most important while operating on delicate tissues. It is now a common practice to use biologically derived materials to aid in the preservation of nerves during urological surgery. One such advancement is using a Bovine Pericardial Tissue Patch for Urology , which has been found to contribute greatly to improving nerve preservation. This article discusses the use of bovine pericardial tissue patches to enhance the success of surgery through the preservation of nerves in urologic and congenital surgery.   How Do Bovine Pericardial Tissue Patches Improve Nerve Preservation?   Less Inflammation and Biocompatibility   The bovine pericardial tissue is biocompatible; hence it can easily be integrated into human tissues. This minimizes the chances of chronic inflammation and immune rejection, which are factors that are essential in maintaining nerve function. By mitigating these chances, the tissue patches give a g...

 The Invengenx bovine pericardial patch employs proprietary elixP fixation—a multi‑component, glutaraldehyde‑based treatment that preserves collagen’s native helical structure, reduces antigenicity, and resists calcification. This process yields a uniformly thin, supple, and elastic yet mechanically durable patch, offering exceptional tensile and suture‑retention strength. Easy to handle and conform to challenging anatomy, it ensures reliable surgical closure with minimal rinsing. Available in many sizes, FDA‑cleared and CE‑approved, it’s ideal for cardiac, vascular, soft tissue, congenital, and reconstructive procedures.

The Invengenx   bovine pericardial patch features proprietary elixP fixation technology, which preserves the natural collagen matrix for consistent thickness, superior flexibility, and lasting durability. Its modified glutaraldehyde cross-linking enhances tensile strength and suture retention while maintaining softness and excellent biocompatibility. FDA and CE approved, this patch is available in various sizes with an extended shelf life, making it highly suitable for cardiothoracic, vascular, soft tissue, and reconstructive procedures—including pediatric and congenital surgeries.