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Umbilical Hernial Repair Using IPOM

2019-09-19 03:56:51 | BioPortfolio

Summary

local repair of umbilical hernia in cirrhotic patient using intraperitoneal onlay mesh technique

Description

Umbilical hernia is common in cirrhotic patients suffering from ascites, with a prevalence up to 20%, which is 10 times higher than in the general population. Ascites is the major predisposing factor since it causes muscle wasting and increases intra-abdominal pressure. A unique feature of cirrhosis is low physiologic reserve, which increases the risk of death from complications of umbilical hernia and makes the patient more vulnerable to perioperative complications during repair. Because of the high operative risk, umbilical hernia repair has traditionally been reserved for the most complicated cases, such as strangulation of the bowel or rupture of the skin with leakage of ascitic fluid Many patients are thus managed conservatively, with watchful waiting. However, the natural course of umbilical hernia tends toward complications (eg, bowel incarceration, rupture of the overlying skin), which necessitate urgent repair. The risk of death with hernia repair in this urgent setting is seven times higher than for elective hernia repair in cirrhotic patients. More recent data indicate that elective repair in patients with well-compensated cirrhosis carries complication and mortality rates similar to those in noncirrhotic patients. Therefore, patients who should undergo umbilical hernia repair are not only those with complicated umbilical hernia (strangulation or ascites leak), but also those with well-compensated cirrhosis at risk of complications. Factors that pose a particularly high risk of complications of repair are large hernia (> 5 cm), hernia associated with pain, intermittent incarceration, and trophic alterations of the overlying skin. In these patients, elective repair should be considered if hepatic function is preserved, if ascites is well managed (sodium restriction, diuretics, and sometimes even preoperative transjugular intrahepatic portosystemic shunt placement), and if the patient is not expected to undergo liver transplantation in the near future. If liver transplantation is anticipated in the short term, umbilical hernia can be managed concomitantly. Management of ascites after umbilical hernia repair is essential for prevention of recurrence.

Aim of Work This study is aiming to assess the outcome of local repair of umbilical hernia in cirrhotic patient using intraperitoneal onlay mesh technique

Surgical Steps:

small skin incision over the hernia. Dissection and division the hernia sac

Reduction of the contents of the sac into the abdomen and excision of the redundant hernia sac.

Insertion of a finger or peanut sponge into the defect to clear the underside of the peritoneum of adhesions or bowel. Clear enough space around the defect to place a patch twice the size of the hernia defect.

Complete immersion of the mesh (in sterile saline for 1-3 seconds) immediately prior to placement in order to maximize the flexibility of the prosthesis.

Insertion of a small retractor into the defect to pull anterior and cephalad to make room for the mesh. Choose either the small, medium or large patch to insert into the defect. The chosen patch size should be approximately twice the size of the hernia defect. Gently fold or roll the patch parallel to the opening between the strap with the barrier side facing out carefully avoiding any sharp folding or kinking that might compromise the memory ring. Care should also be taken not to cut or nick the memory recoil ring. Gently insert the patch all the way through the defect and into the intraabdominal space, using an atraumatic clamp. Prevent the patch from touching the patients skin.

Remove the clamp and the small retractor. The memory recoil ring will allow the patch to "pop open." Gently pull up on the looped positioning strap until the patch rests against the abdominal wall without pulling harder than necessary. This allows the patch to evenly rest tension-free against the abdominal wall in all four quadrants.

While gently pulling up on the looped positioning strap, use a retractor to peer in between the anterior portion of the patch and the peritoneum to ensure that no tissue such as a bowel or omentum is caught between the patch and the abdominal wall Gently separate the two straps to allow access to the inner positioning pocket to ensure that the patch is lying flat in the intraabdominal space, against the anterior abdominal wall Utilizing the anterior mesh straps and pocket, place interrupted U-stitches in a minimum of two quadrants for the small patch (4.3 cm) and in four quadrants for the medium (6.4 cm) and large (8.0 cm) patches.

Care should be taken to ensure the sutures secure the fascia to the anterior polypropylene pocket only. For the appropriate amount of sutures follow your surgical judgement and adjust to specific patient needs.

Use nonabsorbable sutures to secure the patch by suturing the positioning straps to the margins of the defect. Cut off the excess positioning straps and discard. The patch recoil technology and abdominal pressure will ensure that the patch lies flat Reapproximate the fascia and then close the subcutaneous tissues. Lastly, reapproximate the wound

Study Design

Conditions

Umbilical Hernia

Intervention

umbilical herneal repair

Location

Assiut university
Assiut
Egypt

Status

Recruiting

Source

Assiut University

Results (where available)

View Results

Links

Published on BioPortfolio: 2019-09-19T03:56:51-0400

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Medical and Biotech [MESH] Definitions

A HERNIA due to an imperfect closure or weakness of the umbilical ring. It appears as a skin-covered protrusion at the UMBILICUS during crying, coughing, or straining. The hernia generally consists of OMENTUM or SMALL INTESTINE. The vast majority of umbilical hernias are congenital but can be acquired due to severe abdominal distention.

A syndrome of multiple defects characterized primarily by umbilical hernia (HERNIA, UMBILICAL); MACROGLOSSIA; and GIGANTISM; and secondarily by visceromegaly; HYPOGLYCEMIA; and ear abnormalities.

Venous vessels in the umbilical cord. They carry oxygenated, nutrient-rich blood from the mother to the FETUS via the PLACENTA. In humans, there is normally one umbilical vein.

Specialized arterial vessels in the umbilical cord. They carry waste and deoxygenated blood from the FETUS to the mother via the PLACENTA. In humans, there are usually two umbilical arteries but sometimes one.

A hernia caused by weakness of the anterior ABDOMINAL WALL due to midline defects, previous incisions, or increased intra-abdominal pressure. Ventral hernias include UMBILICAL HERNIA, incisional, epigastric, and spigelian hernias.

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