Cooper Ligament Repair



Cooper Ligament Repair


Alex Nagle

Kenric Murayama



Indications

The Cooper ligament repair is a primary tissue repair that involves suturing the conjoined tendon (superiorly) to Cooper’s ligament (inferiorly) medial to the femoral vein and to the inguinal ligament at the level of and lateral to the femoral vein. It typically requires a relaxing incision and careful dissection near the femoral vessels. It provides closure of the femoral, indirect and direct spaces, and, as such, can be used to repair any hernia defect that may occur in the groin. However, it is almost always reserved for the repair of femoral hernias. Femoral hernias account for 2% to 4% of groin hernias, are more common in women, and are more apt to present with strangulation and require emergency surgery. The postoperative morbidity and mortality increase significantly in patients undergoing emergent repair. This highlights the importance of repairing femoral hernias in an elective setting and suggests that watchful waiting is not a prudent strategy in patients with femoral hernias, even those who are asymptomatic.

The Cooper ligament repair is rarely performed today, as it has been replaced by tension-free prosthetic mesh repairs. The well-known advantages of tension-free hernia repair have led to the development of various mesh techniques for femoral hernia repair. In addition, a laparoscopic approach provides an excellent repair of femoral hernias. However, there remain clinical situations in which a prosthetic mesh should be avoided and a Cooper ligament repair is indicated. The most common clinical scenario involves an emergent operation for a small bowel obstruction secondary to an incarcerated femoral hernia.



  • Femoral hernia repair when a prosthetic mesh is contraindicated


  • Femoral hernia repair in the presence of infected mesh


  • Femoral hernia repair in the presence of gangrenous bowel


  • Femoral hernia repair in the presence of a contaminated field


Preoperative Planning



  • Complete medical history is essential. Any existing co-morbidities should be identified and addressed. Cardiac and pulmonary consultations are occasionally indicated. Accurate documentation of any previous abdominal, pelvic, vascular, or groin surgery.



  • Complete physical examination with focus on both groins including testicles. It is important to document the status of the testicles preoperatively.


  • In a patient with a small bowel obstruction secondary to an incarcerated femoral hernia, proper resuscitation is essential prior to going to surgery.


  • The risks and benefits of surgery versus expectant management, as well as potential surgical complications, should be reviewed with the patient. The risk of postoperative neuralgia should be discussed. All male patients are told of the possible occurrence of ischemic orchitis and subsequent testicular atrophy. In the setting of an incarcerated femoral hernia, the risk of bowel resection and possible laparotomy are discussed.


  • Peri-operative antibiotics: The role of routine antibiotic prophylaxis for elective inguinal hernia remains controversial. There is a body of literature indicating no statistically significant advantage to the use of antibiotic prophylaxis in the performance of routine inguinal hernia repair with or without the use of a prosthetic mesh. Nevertheless, many surgeons argue that antibiotic prophylaxis is both inexpensive and safe, and that such practice should not be considered inappropriate. In the acute setting of a small bowel obstruction secondary to an incarcerated femoral hernia, peri-operative antibiotic should be given within 30 minutes of the initial skin incision.


  • Decompression of the bladder immediately preoperatively. In most elective cases a foley catheter is not necessary.


  • DVT prophylaxis with calf-length pneumatic compression devices.


  • Anesthesia options for femoral hernia repair include general, spinal, or local with intravenous sedation. Emergent cases of small obstruction secondary to an incarcerated femoral hernia will require general anesthesia.


Surgery


Anatomy

As with any hernia repair a thorough working knowledge and understanding of the anatomy of the inguinal region is mandatory. All groin hernias begin as a weak area within the myopectineal orifice. The myopectineal orifice is divided into the medial, lateral, and femoral triangles (Fig. 6.1). With a decreased strength of the aponeurotic
fibers in this area from defective collagen metabolism (e.g., from smoking) and a gradual attenuation from increased intraabdominal pressure (e.g., from prostatism, obesity, constipation, or chronic lung disease), a hernia can result. The transversalis fascia deteriorates and allows a peritoneal protrusion through it. Depending on the length of the insertion of the transversus abdominis on Cooper’s ligament, the presence of a patent processus vaginalis, and the width of the femoral ring, the hernia might be direct, indirect, femoral, or any combination of the three.






Figure 6.1 Myopectineal Orifice with medial, lateral, and femoral triangles.






Figure 6.2 Borders of a femoral hernia. Anterior—inguinal ligament, posterior—Cooper’s ligament, medial—lacunar ligament, lateral—femoral vein.

Borders of a femoral hernia (Fig. 6.2):



  • Anterior: Inguinal ligament


  • Posterior: Cooper’s ligament (pubic ramus)


  • Medial: Lacunar ligament


  • Lateral: Femoral vein


Technique

Jun 13, 2016 | Posted by in GASTROENTEROLOGY | Comments Off on Cooper Ligament Repair

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