Ethicon Johnson - PMII01 - Prolene Mesh PMII 7.6CM*15CM - 1 pcs

This product is a non-absorbable synthetic surgical mesh designed for hernia repair and soft tissue reinforcement. It is constructed from polypropylene, a material recognized for its durability and biocompatibility, facilitating long-term integration with surrounding tissues while maintaining structural integrity. The mesh is presented in a flat, rectangular format with dimensions of 7.

6 centimeters by 15 centimeters, offering versatility in surgical application and providing surgeons with a dependable option for effective and secure hernia repair. Its construction aims to be lightweight, potentially contributing to reduced patient discomfort and supporting a more favorable recovery process. The porous nature of the mesh is intended to encourage tissue ingrowth, which is a critical factor in minimizing complications and promoting optimal healing outcomes following surgical procedures.

This mesh adheres to established surgical standards and is utilized by general surgeons and other medical professionals.

The mechanism of action for this polypropylene mesh involves its placement within the surgical site to provide a scaffold for tissue ingrowth. The open, macroporous structure of the mesh allows fibroblasts and other cellular components of the patient's tissue to infiltrate and adhere to the material. Over time, this integration creates a strong, stable repair that reinforces the weakened area, such as in hernia defects.

The non-absorbable nature of polypropylene ensures that the mesh remains in place permanently, providing continuous support. The material's inherent properties contribute to a reduced inflammatory response compared to some other synthetic materials, which can be beneficial for patient outcomes.

Key features of this surgical mesh include its composition of 100% polypropylene, a synthetic, non-absorbable polymer. It is classified as a second-generation mesh, suggesting design refinements aimed at improving performance and patient tolerance. The mesh exhibits a porous structure, designed to facilitate cellular infiltration and tissue integration, thereby enhancing the stability of the repair.

It is supplied in sterile packaging to ensure aseptic technique during surgical procedures. The specific dimensions of 7.6cm x 15cm are one of several available sizes, allowing for adaptation to various anatomical locations and defect sizes encountered in surgical practice.

The material is known for its strength and flexibility, enabling ease of handling and placement by the surgeon.

This surgical mesh is intended for use by qualified medical professionals, including general surgeons, plastic surgeons, and other surgical specialists who perform hernia repair and soft tissue reconstruction procedures. Patients undergoing surgery for hernias, abdominal wall reconstruction, or other conditions requiring tissue reinforcement are the recipients of this implant. Caregivers may also be involved in post-operative care instructions related to the surgical site.

The product is designed to be a reliable component in surgical armamentariums for these specific indications.

Typical applications for this mesh include the surgical repair of inguinal hernias, femoral hernias, umbilical hernias, and incisional hernias. It is also employed in procedures for abdominal wall reconstruction, such as after trauma or extensive surgery, and for reinforcing weakened soft tissues in various anatomical regions. Its use is indicated where a permanent, strong, and biocompatible reinforcement is required to restore structural integrity and prevent recurrence.

Important usage notes include ensuring that the sterile packaging is intact before use; damaged packaging should not be utilized. The mesh is intended for single use and should not be resterilized. Storage recommendations typically involve keeping the product in a cool, dry environment away from direct light.

Proper handling techniques by surgical staff are essential to maintain sterility and ensure correct placement during the operative procedure. The mesh should be handled with appropriate surgical instruments to avoid damage to its structure.