Transumbilical single-incision laparoscopic-assisted technique for removal of ileocecal foreign body

Introduction

Cases of intestinal foreign bodies are ubiquitous in the emergency room. They pose difficult management dilemmas for surgeons when deciding what method is appropriate for treatment. There are several possible surgical operations than can be performed depending on the size, shape, and location of the foreign body. These include endoscopy, laparotomy, and laparoscopic surgery. Among these, laparotomy still remains the main procedure in tackling cases of foreign bodies in the digestive tract. However, with the fast development of minimally invasive surgery, the single-incision laparoscopic technique has been widely adopted. Additionally, the ability to reproduce similar surgical procedures with a less invasive approach has resulted in multiple surgeries being performed laparoscopically [1–3]. The advantages of removal of foreign bodies by laparoscopic surgery have been reported in some studies [4–6]. To our knowledge, this is the first report of removal of a foreign body near the ileocecal region using the single-incision laparoscopic-assisted technique.

Case report

A case of a 40-year-old man who accidentally ingested a piece of metal which was about 10 cm in length is reported. Intermittent right lower quadrant abdominal pain was experienced for 2 days by the patient as recorded in the emergency department. On conducting an abdominal X-ray, the piece of metal was found in the right lower quadrant of the abdomen (Photo 1). Obvious gas or effusion was not found in the abdominal cavity. Taking into account the disease process and imaging report, surgical treatment was needed immediately.
Under general anesthesia, the patient was placed in the supine position on the surgical table. The surgeon stood on the left side of the patient with the assistant standing on the same side. A 1.5 cm long incision was made within the umbilicus. The Veress needle technique was used to establish pneumoperitoneum and to keep the intra-abdominal pressure at around 13 mm Hg. A 10 mm trocar was placed in the umbilical for camera access. The piece of metal was identified about 10 cm away from the ileocecal region under visualization. The incision within the umbilicus was thereafter enlarged to about 3 cm, cutting the anterior sheath of the rectus abdominis. Two other 5-mm trocars were implanted in the same incision (Photo 2). Thereafter, under the guidance of the laparoscopic camera, an approximately 2 cm longitudinal incision was made on the ileocecal wall. The piece of metal was successfully removed through the 2 cm incision (Photo 3). The part of the incised ileocecal was then pulled out of the abdomen and anastomosis was completed with absorbable sutures. There was a little bleeding but no injury recorded to other organs under inspection. Thereafter, the incision was closed by meticulously using the running suture technique to avoid future complications and obtain good cosmetic results (Photo 4).
The total operation time was about an hour, and intestinal function gradually recovered. The following morning after the operation, the patient showed no symptoms of abdominal distention or abdominal pain after having an all-liquid diet and was therefore later discharged 2 days into the post-operative period without any complications. After 6-month follow-up, no complications occurred and the patient was considerably satisfied with the cosmetic result (Photo 5).

Discussion

Foreign bodies within the human intestines are a common occurrence in emergency rooms and especially among prisoners [7]. Emergency surgery is absolutely essential to remove such foreign bodies, whether with laparotomy or endoscopy. But for most foreign bodies in the intestines, laparotomy still remains the main treatment procedure for their removal, which always needs roughly a 10 cm abdominal wall incision, and thus it increases the injury to the body. With the fast development of minimally invasive surgical techniques, more procedures have been performed by single-incision laparoscopic surgery due to its advantages, which include it being less invasive, offering better cosmetic results, and having faster recovery. In this case, we attempted to remove the foreign body using a single-incision laparoscopic-assisted technique, which was eventually successful. We acknowledge that this method mainly has two advantages. Firstly, the single-incision laparoscopic surgery technique can quickly locate the foreign body in the digestive tract. Therefore, this helps avoid complications that would otherwise occur from blindly performing the conventional laparotomy, which certainly increases injury to the body, probably delays the patient’s recovery process, and consequently imposes a financial burden on the patient. Secondly, since the intestinal is mobile, it makes it more convenient to be operated on outside the abdominal cavity.
We describe this case in order to prove the safety and feasibility of the single incision laparoscopic-assisted technique in the removal of foreign bodies in the intestinal tract.
The foreign body was identified through a pre-operative X-ray, and was located under the inspection of a laparoscopic camera during the operation. It was finally removed through an umbilical incision through the abdominal cavity. Therefore, we can confirm that the transumbilical single-incision laparoscopic-assisted technique is safe and feasible for the removal of ileocecal foreign bodies.

Conclusions

Single-incision laparoscopic-assisted technique can be very useful and perfectly suitable for the removal of large and sharp foreign bodies in the small intestine with quick recovery and better cosmetic results. More studies are needed to verify the advantages of this technique.

Conflict of interest

The authors declare no conflict of interest.

References

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Received: 21.10.2017, accepted: 7.01.2018.