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Videosurgery and Other Miniinvasive Techniques
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vol. 12
Case report

Laparoscopy-assisted micropercutaneous choledocholithotripsy with holmium laser in a cholecystectomized patient: an initial report

Kaan Gökçen, Mustafa Atabey, Pınar Gökçen, Gökhan Gökçen

Videosurgery Miniinv 2017; 12 (4): 443–447
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Choledocholithiasis is the second most common complication in patients with gallstones, and it is seen in approximately 5% of asymptomatic patients and in 10–15% of symptomatic patients [1]. Since laparoscopic cholecystectomy has become the gold standard in the removal of gallstones and has begun to be administered commonly, the rate of preference of laparoscopic approaches in the treatment of common bile duct stones has increased. Optimal treatment options of common bile duct stones has not been clearly revealed, and open bile duct exploration, laparoscopic bile duct exploration, endoscopic retrograde cholangiopancreatography (ERCP) combined with preoperative, intraoperative or postoperative laparoscopic cholecystectomy, and sphincterotomy are among the treatment methods that are being used. In the minimally invasive treatment of bile duct stones, methods such as saline lavage, fluoroscopy-guided basket administration, biliary balloon catheter, cystic channel dilatation, ampullary balloon dilatation, antegrade sphincterotomy, and the flexible endoscopic method have been described [2]. In addition to the minimally invasive methods mentioned above, holmium laser lithotripsy is also used in the treatment of complex bile duct stones accompanied with choledochoscope in case of a recent failed ERCP. Laser lithotripsy, which has been commonly used in the treatment of renal calculi, was primarily used in the treatment of biliary stones as presented by Orii et al. in 1983, and is now combined with laparoscopy in the treatment of common bile duct stones today [3].
In order to minimize the percutaneous nephrolithotomy (PNL) process that is the primary treatment option for renal calculi larger than 20 mm, thanks to the technological improvements in renal stone treatment, the micropercutaneous nephrolithotomy (micro-PNL) method, which includes using a holmium laser together with an “all-seeing needle”, has been developed [4]. The all-seeing needle is an instrument that includes a 0.9-mm micro-optic with 10 000 pixel resolution, and inner and outer puncture shafts. In the micro-PNL technique, a 4.8 Fr (16 Gauge) all-seeing needle (PolyDiagnost, Pfaffenhofen, Germany) was inserted into the selected renal calyx under direct vision or fluoroscopy. After insertion of the needle into the calyceal system, the optical instrument and the inner sheath were removed and a 3-way connector was applied for insertion of the micro-optic, irrigation system and laser probe (Photo 1).
Here, we report an initial case of combination of laparoscopic common bile duct exploration (LCBDE) and micropercutaneous choledocholithotripsy in choledocholithiasis with failed ERCP.

Case report

A 60-year-old female patient referred to our service with the complaint of gradually increasing abdominal pain. In the physical examination of the patient, who had a history of laparoscopic cholecystectomy 2 years ago, type 2 diabetes mellitus and coronary artery disease, the skin and sclera were observed to be icteric. In the laboratory analyses, no feature was observed in the hemogram and coagulation examinations. In biochemical analyses, the parameters had the following values: glucose 210 mg/dl (74–106); aspartate aminotransferase (AST) 102 U/l (0–35); alanine aminotransferase (ALT) 180 U/l (0–35); -glutamyl transferase (GGT), 824 U/l (0–38); alkaline phosphatase (ALP) 361 U/l (30–120); total bilirubin 6.30 mg/dl (0.3–1.2); and direct bilirubin 3.08 mg/dl (0.0–0.2). Hepatitis serology and tumor markers were negative. In contrasted abdominal tomography and magnetic resonance (MR) cholangiography, intrahepatic biliary tracts were dilated; the diameter of the common bile duct was measured as 18 mm at the widest location, and a stone with an approximately 21-mm diameter was observed in the middle-distal part of the lumen (Photo 2). Even though sphincterotomy was performed, our gastroenterology service upon the observation of a calculus across a segment of approximately 3-cm in the common bile duct in ERCP inserted a biliary stent in the patient upon the failure to remove the calculi to the duodenum via a balloon. A pancreatic stent was inserted into the patient, who was administered 1 g of parenteral ceftriaxone twice a day, and 500 mg of metronidazole twice a day for a week, immediately before the operation in order to prevent the development of pancreatitis.
The patient was accepted to the general surgery service after the failed ERCP, and the exploration of the primary common bile duct and laparoscopy-assisted micropercutaneous choledocholithotomy and holmium laser lithotripsy were performed after the approval of the Human Ethics Committee of our university and written approval of the patient. The patient was discharged 5 days after the surgery, following an uneventful postoperative period. One month after the patient’s discharge, pancreatic and biliary stents of the patient were endoscopically removed.

Surgical technique

The patient was placed in a supine position with her arms out. Trocars were placed in the standard form for laparoscopic cholecystectomy. After achieving pneumoperitoneum, a 12-mm umbilical camera trocar and two 12-mm working trocars was placed and then one 5-mm trocar was inserted for liver ecartation. Dissection of the dilated common hepatic duct was performed using the standard side-down technique. After identifying and dissecting the dilated common bile duct, the all-seeing needle was laparoscopically inserted in the pararectal area 2 cm above the umbilicus, under direct vision. A 4.8 G needle was inserted in the middle of dilated common bile duct and then the lithotripsy procedure was performed on common hepatic bile duct stones near the common bile duct stent using a 200 micron laser fiber in 1 J at 5 Hz frequency with intermittent pump irrigation (Photos 3 A–C). Laser lithotripsy was continued to crush the stones at 1–2 mm size.
After the lithotripsy process was finished, cholangiography was performed through the all-seeing needle, and the common bile duct was demonstrated with free emptying of contrast into the duodenum. A 3/0 prolene stitch was used to close the implanted needle zone to prevent leakage of bile. The procedure was completed without inserting any duct tube such as a T-tube. The operation time was 70 min and estimated blood loss was 50 ml.


In this report, the procedure of minimally invasive laparoscopy assisted micropercutaneous choledocholithotripsy with a holmium laser is presented for the first time in the literature. This technique can be preferred in complicated choledocholithiasis patients with a history of a failed ERCP secondary to a previous cholecystectomy. This technique provides significant advantages compared to other minimally invasive laparoscopic procedures including laparoscopic bile duct exploration and T-tube drainage, since these procedures are relatively invasive and complication-prone compared to the procedures described in our report. It can also reduce the length of hospital stay and management costs of the patients.
In patients with common bile duct stones, while open choledochotomy has previously been accepted as a standard treatment method in patients with failed ERCP, attention to these minimally invasive approaches has increased thanks to the development of laparoscopic and endoscopic surgical methods today. Laparoscopic common bile duct exploration is applied either as transcystic or direct choledochotomy, based on the size of the stone and the diameter of the cystic channel. In the presence of an indication for direct choledochotomy, the common bile duct can be primarily closed or decompression and T-tube drainage can be applied in order to obtain cholangiography during the postoperative period [5]. However, in patients to whom a T-tube is applied, complications such as pain in the drain area, leakage of bile, obstruction related to dislocation of the T-tube, continuous biliary fistula and secondary bile peritonitis related to dislocation of the T-tube can be seen due to this method at an approximate rate of 15% [6]. In addition to these complications, T-tube application increases the hospitalization period, surgery period and associated costs. As a result, there are some studies recommending primary repair after choledochotomy in order to reduce the hospitalization period, decrease the costs, reduce the complications related to the T-tube, and to enable the patients to return to their normal physical activities earlier [7]. In systematic studies including meta-analyses, it has been shown that there is no significant difference in terms of post-operative morbidity/mortality or biliary specific complications when laparoscopic bile duct exploration and primary repair are compared to the laparoscopic bile duct exploration and T-tube drainage method; and also that laparoscopic bile duct exploration and primary repair are advantageous in terms of hospitalization period and cost [8]. Alternative methods for the treatment of impacted common bile duct stones have been descried and laser lithotripsy is one of these methods. The holmium laser used in endourologic surgery is frequently used due to its penetration depth of 0.5–1 mm, low mucosal injury risk and high efficiency [9]. The holmium laser had successful results in bile ducts via flexible instruments and it can also efficiently fragment gallstones including cholesterol, calcium bilirubinate, and mixed content.


In this report, a novel procedure titled “laparoscopy-assisted micropercutaneous choledocholithotripsy with holmium laser lithotripsy” is presented for complicated choledocholithiasis cases with an unsuccessful ERCP attempt and previous cholecystectomy history. In this subset of patients, this technique has merits including several intraoperative and postoperative advantages and less possibility of potential complications, shorter hospital stay and reduced management costs.

Conflict of interest

The authors declare no conflict of interest.


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Received: 16.10.2017, accepted: 22.11.2017.
Copyright: © 2017 Fundacja Videochirurgii This is an Open Access article distributed under the terms of the Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International (CC BY-NC-SA 4.0) License (http://creativecommons.org/licenses/by-nc-sa/4.0/), allowing third parties to copy and redistribute the material in any medium or format and to remix, transform, and build upon the material, provided the original work is properly cited and states its license.
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