This video demonstrates Laparoscopic Repair of Recurrent Para Umbilical Hernia with Ultralene Mesh performed by Dr. R. K. Mishra at World Laparoscopy Hospital. Ultralene mesh is marketed in India by FUTURA SURGICARE PRIVATE LIMITED. This mesh is an ultralight Composite Mesh made for the intraperitoneal application. It has a polyester side for the parietal side and polyethylene for the visceral side.

Paraumbilical hernias are defects in the abdominal wall occurring near the umbilicus. They are more common in adults, particularly in those with obesity, multiple pregnancies, or a history of abdominal surgeries. While primary paraumbilical hernias are often repaired successfully, recurrence can occur due to factors such as weak abdominal tissue, infection, or inappropriate repair techniques. In such cases, a laparoscopic approach using synthetic meshes, like Ultralene mesh, has become a preferred method due to its safety, efficacy, and minimal invasiveness.

Understanding Recurrent Paraumbilical Hernia

A recurrent paraumbilical hernia is one that reappears after a previous surgical repair. Recurrence rates for conventional open repairs can range from 10% to 30%, often necessitating a more advanced technique. Laparoscopic repair offers the advantages of reduced postoperative pain, shorter hospital stay, and faster recovery while providing excellent visualization of the abdominal wall defect.

Why Laparoscopic Repair?

The laparoscopic approach involves inserting small ports through the abdominal wall, inflating the abdomen with CO₂ gas, and using a camera and specialized instruments to repair the defect. Key benefits include:

Minimally invasive: Smaller incisions reduce wound complications and infection risk.

Better visualization: The laparoscope allows precise identification of the hernia defect and adhesions.

Reduced recurrence: Placement of mesh in the intraperitoneal or preperitoneal space strengthens the abdominal wall.

Faster recovery: Patients typically resume normal activities sooner than with open repair.

Role of Ultralene Mesh

Ultralene mesh is a lightweight, non-absorbable synthetic mesh used in hernia repair. It offers several advantages in recurrent paraumbilical hernia repair:

High biocompatibility: Minimal tissue reaction and reduced risk of chronic pain.

Durability: Provides long-term reinforcement to the abdominal wall.

Flexibility: Easily conforms to the defect site, reducing tension.

Reduced adhesion formation: Special coatings help prevent adhesions with abdominal organs.

Surgical Technique

Patient Preparation: General anesthesia is administered. The abdomen is prepped and draped.

Port Placement: Typically, 3–4 small trocars are inserted around the hernia site.

Adhesiolysis: Any adhesions from previous surgery are carefully released.

Hernia Reduction: The hernial sac and contents are gently reduced into the abdominal cavity.

Mesh Placement: An appropriately sized Ultralene mesh is placed over the defect and fixed with tacks or sutures to ensure tension-free repair.

Closure: The ports are removed, and small incisions are closed with absorbable sutures.

Postoperative Care

Patients generally experience less postoperative pain compared to open surgery. Early mobilization and resumption of light activities are encouraged. Full recovery and return to normal activities usually occur within 2–4 weeks. Follow-up imaging may be recommended to ensure proper mesh placement and healing.

Outcomes

Studies and clinical experience show that laparoscopic repair of recurrent paraumbilical hernias using Ultralene mesh results in:

Lower recurrence rates compared to open repair

Minimal postoperative complications

Faster recovery and improved patient satisfaction

Conclusion

Laparoscopic repair of recurrent paraumbilical hernia using Ultralene mesh is a safe, effective, and minimally invasive technique. It offers durable reinforcement of the abdominal wall, reduces the risk of further recurrence, and allows patients to recover quickly. For surgeons managing complex hernia cases, this approach provides a modern, evidence-based solution that combines precision, safety, and long-term efficacy.