This video demonstrates Laparoscopic Inguinal Hernia Repair with Cheaper Mesh. It has been clearly demonstrated in developed countries that the modern standard of care for inguinal hernia is mesh repair, either through an open repair, namely the Lichtenstein procedure. Compared to non-mesh repairs, the use of a mesh in inguinal hernia surgery provides better results in terms of recurrence and decreased early and late postoperative pain. However, the fact that mesh repairs are the modern standard procedures for inguinal hernia poses several issues in developing countries.

Laparoscopic inguinal hernia repair has become a preferred technique due to its advantages of reduced postoperative pain, faster recovery, and excellent cosmetic outcomes. However, the perceived high cost of laparoscopic repair—particularly due to expensive composite meshes and fixation devices—often limits its widespread adoption, especially in resource-limited settings. This article describes the easiest, safe, and cost-effective way of performing laparoscopic inguinal hernia repair using a less expensive polypropylene mesh without compromising surgical outcomes.

Understanding the Cost Challenge in Hernia Surgery

One of the major contributors to the cost of laparoscopic hernia repair is the use of specialized lightweight or composite meshes and tackers. While these materials are beneficial, multiple studies have shown that standard polypropylene mesh, when properly placed in the preperitoneal space, provides equally effective results with low recurrence rates. The key lies in correct anatomical dissection and mesh positioning, rather than the price of the mesh.

Choice of Technique: TAPP or TEP

Both Transabdominal Preperitoneal (TAPP) and Totally Extraperitoneal (TEP) approaches can be performed easily using an inexpensive mesh. Among beginners, the TAPP approach is often considered easier due to better anatomical orientation and a wider working space. It allows clear visualization of the myopectineal orifice and identification of critical structures such as the inferior epigastric vessels, vas deferens, and gonadal vessels.

Mesh Selection and Preparation

A standard polypropylene mesh (10 × 15 cm) is sufficient to cover all potential hernia sites—direct, indirect, and femoral. The mesh can be trimmed and rolled for easy introduction through a 10-mm port. Pre-soaking the mesh in saline makes handling smoother and reduces memory effect. There is no requirement for costly pre-shaped or coated meshes when meticulous technique is followed.

Step-by-Step Easy Surgical Technique

After creating pneumoperitoneum and placing ports, a peritoneal flap is raised to expose the preperitoneal space. Gentle blunt and sharp dissection is carried out to reduce the hernia sac completely. Adequate medial dissection beyond the pubic tubercle and lateral dissection up to the anterior superior iliac spine are essential.

Once the space is prepared, the polypropylene mesh is placed flat over the myopectineal orifice. Proper sizing and wide overlap eliminate the need for expensive fixation devices. In many cases, the mesh remains stable due to intra-abdominal pressure and anatomical containment. If fixation is needed, a single absorbable suture or limited tack placement can be used selectively.

The peritoneal flap is then closed using continuous suturing, preventing mesh exposure to bowel and reducing the risk of adhesions.

Advantages of Using Less Expensive Mesh

Using an affordable mesh significantly reduces the overall cost of surgery while maintaining safety and efficacy. It makes laparoscopic hernia repair accessible to a larger patient population, especially in developing countries. Additionally, the technique avoids chronic pain associated with excessive fixation and minimizes foreign-body reaction when the mesh is placed correctly.

Postoperative Outcomes and Safety

When performed with sound anatomical knowledge and gentle tissue handling, laparoscopic inguinal hernia repair using a low-cost mesh shows excellent outcomes, including minimal postoperative pain, early ambulation, and low recurrence rates. Long-term studies have demonstrated that recurrence is more closely related to surgical technique than mesh type.

Conclusion

The easiest way of performing laparoscopic inguinal hernia repair does not depend on expensive materials but on simplicity, precision, and respect for anatomy. Using a standard polypropylene mesh with proper placement and minimal fixation offers a safe, effective, and economical solution without compromising patient outcomes. This approach is particularly valuable for surgeons working in high-volume or resource-constrained settings.