Fig. 9.1
Pneumoperitoneum

Fig. 9.2
Pneumoperitoneum done with a Veress needle. Three ports (one midline 10-mm port and two pararectal 5-mm ports) are inserted in the suprapubic region. The telescope is introduced into the 10-mm port

Fig. 9.3
Diagnostic laparoscopy and adhesiolysis

Fig. 9.4
The defect is made prominent by compression from outside
A 48-mm needle with double loop 1 (4 metric) 48 mm ½ circle heavy round bodied Ethilon (monofilament polyamide black) (Ethicon; Somerville, NJ, USA) is taken into the peritoneal cavity through a stab incision at the lower end of the diastasis. The needle is pulled inside by a needle holder and assisting grasper. Then the intracorporeal suturing is started (Fig. 9.5). When the suturing is completed, both edges have been approximated and a new linea alba constructed (Fig. 9.6, 9.7, and 9.8).





Fig. 9.5
Suturing of the edges of the defect is started with double loop 1 (4 metric) 48 mm ½ circle heavy round bodied Ethilon (monofilament polyamide black), creating a new linea alba

Fig. 9.6
Suturing in progress

Fig. 9.7
Suturing near completion

Fig. 9.8
Suturing completed
Then the 10-mm trocar is replaced by a 12-mm optical trocar, and the whole surgical team changes their gloves. An appropriate size of tissue-separating mesh is chosen. Prolene 2–0 sutures (Ethicon; Somerville, NJ, USA) are taken with long threads left on the upper, middle, and lower parts of the mesh in the midline, using all aseptic measures. Then the mesh is rolled like a cigarette, held with the needle holder, and taken into the abdominal cavity through the 12-mm optical trocar.
The mesh is unrolled and the pre-tied Prolene sutures are taken out transfascially with a suture passer in the midline; this technique reduces the chance of neural entrapment and postoperative pain. Then intracorporeal transfascial suture fixation of the mesh is performed with Prolene 2–0 (Figs. 9.9, 9.10, and 9.11


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