Umbilical Hernia Surgery
Fort Myers, Naples, Cape Coral, FL
Desarda Hernia Center of the United States®
Umbilical Hernias, or Belly Button Hernias- Repaired with No Mesh
Umbilical hernias occur near the belly button or navel, which has a natural weakness from the blood vessels of the umbilical cord. These hernias may occur in infants at or just after birth and may resolve by three or four years of age. However, the area of weakness can persist throughout life and can occur in men, women, and children at any time. In adults, umbilical hernias will not resolve and may progressively worsen over time. They are sometimes caused by abdominal pressure due to being overweight, excessive coughing, or pregnancy.
Our repair requires a three layered closure that closes the defect and repairs the tissue above and below the defect to lower the recurrence. This patent pending technique requires three rows of sutures to reinforce the area above and below the defect or hole lower the recurrence dramatically. Recurrence rate for this technique is less than 5%. The much larger hernias such as a cantelope size hernia may require a biologic mesh that is sutured under the defect. Our center uses Alloderm which your body does not react to and it rarely gets infected. However, the majority (90%) of umbilical hernias that are repaired at Desarda Hernia Center, USA are repaired without mesh with the three layered suture technique that is patent pending by Dr. Robert Tomas..
Robert Tomas, D.O., FACOS
Board Certified General Surgeon
AAAASF Certified Surgical Center
Fort Myers Florida
If you are interested in no mesh hernia surgery, please call us at 239-243-8222 or click on the free phone reservation form below.
Umbilical Hernia Before
Umbilical Hernia After Repair
Umbilical hernia with markings of incision for repair.
We are the best kept secret in hernia surgery.
Ventral Hernia Before
Ventral Hernia After Repair
3. Harrell AG, Novitsky YW, Cristiano JA, et al. Prospective histologic evaluation of intra-abdominal prosthetics four months after implantation in a rabbit model. Surg Endosc. 2007;21:1170-1174.