Research Article | Open Access
Ramya Yethadka, Shraddha Shetty, Abhishek Vijayakumar, "Attitudes and Practices of Surgeons towards Spilled Gallstones during Laparoscopic Cholecystectomy: An Observational Study", International Scholarly Research Notices, vol. 2014, Article ID 381514, 5 pages, 2014. https://doi.org/10.1155/2014/381514
Attitudes and Practices of Surgeons towards Spilled Gallstones during Laparoscopic Cholecystectomy: An Observational Study
The sequelae of spilled gallstones after Laparoscopic cholecystectomy (LC) and the occurring complications may go unnoticed for a long time and can be a diagnostic challenge. The aim of this survey was to study the knowledge, attitude, and practices of surgeons regarding spilled gallstones during LC. An observational, cross-sectional survey, using a questionnaire based on 11 self-answered close-ended questions, was conducted among general surgeons. Of the 138 respondents only 29.7% had observed a complication related to gallstone spillage during LC. There was varied opinion of surgeons regarding management of spilled gallstones, documenting the same in operative notes and consent. It was observed that there is lack of knowledge regarding the complications related to gallstone spillage during LC. There is need to educate surgeons regarding safe practices during LC to avoid gallstone spillage, early diagnosis, and management of complications. There is need to standardize practice to retrieve lost gallstones to reduce complication and legal consequences.
Laparoscopic cholecystectomy is now the method of choice to treat symptomatic gallstones due to lower associated postoperative morbidity. However, it comes with its own spectrum of complications, the two most unique ones being injury to the biliary tract and spillage of gallstones. The former can be minimized by practice and exercising due care during dissection. The latter, however, presents with consequences after a rather protracted period of time, as a whole range of seemingly unrelated symptoms which take the patient to a GP rather than implicate the laparoscopic surgeon.
The aim of this survey was to study the knowledge, attitude, and practices of residents and staff working in the department of surgery in various hospitals of South India with regard to spilled gallstones during laparoscopic cholecystectomy.
This was a cross-sectional study carried out in the month of November, 2013, during a surgical conference which saw surgical residents and staff from several teaching institutes of Karnataka, Tamil Nadu, and Kerala. The questionnaire contained 11 self-answered, close-ended questions which addressed the responder’s(i)experience with and knowledge of complications due to lost gallstones,(ii)practices regarding patient information and documentation,(iii)legal liability of the operating surgeon.
Of the 138 respondents, 22 (15.9%) were consultants while 116 (84.1%) were residents pursuing their postgraduation in general surgery (Table 1).
The experience of this cohort with complications associated with gallstone spillage during laparoscopic cholecystectomy was only 29.7%. With regard to the incidence of spillage, the majority (61.6%) opined that it was less than 10%. When asked about the duration of follow-up, the majority (76.8%) thought 2 years was sufficiently long (Table 1).
The questionnaire presented a list of 20 possible complications of which the respondents had to pick the ones which could be directly attributed to spilled gallstones. The complications and the responses are presented in Figure 1.
In case of lost gallstones, 88.4% of the respondents would not convert to an open procedure and would attempt to retrieve the stones laparoscopically (68.1%) or give thorough peritoneal wash and suction (20.3%). 8.7% would convert to an open cholecystectomy whereas 2.9% would rather not do anything.
72.5% of the respondents thought it was necessary to include the risk of spillage and associated complications in preoperative consent but only 48.6% actually did so. 79.7% considered it necessary to mention the lost gallstones in operative notes and 70.3% actually documented the same.
3.3. Legal Liability
Only 24% of the respondents had the opinion that the operating surgeon should be held legally responsible for the complications associated with the spilled gallstones.
Laparoscopic cholecystectomy is the gold standard for treating symptomatic gallstones. Perforation of the gallbladder occurs frequently during laparoscopic cholecystectomy and is reported in the range of 10%–40% [1–6]. Gallstone spillage during laparoscopic cholecystectomy is common with the reported incidence of 6%–30% [7–9], which occurs less frequently in open surgery and the spilt stones are easy to retrieve . In our survey all participants acknowledged that stone spillage does occur during laparoscopic cholecystectomy. Eighty-eight percent of participants believed that incidence of spillage was between 0 and 25% which corresponds to the reported incidence. The gallstone spillage can occur during dissection of the gall bladder off the liver bed (75%), tearing with grasping forceps, or during extraction of the gallbladder (25%) through the port sites [10–12]. The predisposing factors for stone spillage are operating on an acutely inflamed gallbladder  and the presence of adhesions .
In our survey majority of participants (70%) did not come across the complications associated with spilled gallstones. Those complications are multiple and widespread; they include abdominal wall abscess , broncholithiasis [15–19], lung abscess, empyema , erosion to the back [21–23], subdiaphragmatic abscess , liver abscess , splenic abscess, retroperitoneal abscess , peritonitis , granulomatous peritonitis, intestinal obstruction , thrombosis, colocutaneous fistula , malignancy, dyspareunia, and infertility [30, 31], bladder obstruction, incarcerated hernia , cellulitis , and septicemia . In our survey out of the 21 listed complications only 17% of participants were aware of more than 5 complications. The most common gallstone spillage related complication is abscess formation accounting for 60% of complications . The combination of pneumoperitoneum and peritoneal irrigation disperses calculi within the peritoneal cavity and thus can cause the unusual distant complications.
The time interval between the surgery and the complications of spilled stones varies from as short as one month to as long as 20 years [14, 15] with a peak incidence usually around four months. Seventy-seven percent of participants believed that patients should be on follow-up for the detection of complications for up to 2 years.
The significant risk factors for these complications are acute cholecystitis, spillage of pigmented stones, perihepatic localization of spilled stones, multiple stones (>15) or size (>1.5 cm), and old age [10, 12, 17, 18]. In most instances, the body’s immune mechanisms cope, leading to spontaneous resolution. However, infective complications are noticed more often in elderly patients because of poorer immunological reaction. Multiple pigment stones and infected bile increase the incidence of adhesions and intra-abdominal abscesses formation .
In our study 72% of participants believed that spillage of gallstone during surgery should be included in informed consent but only 48% were practicing the same. The clear documentation of the intraoperative gallstone spillage in the medical report is recommended for alerting the clinician in the future to the possibility of stones causing any subsequent problems that might lead to earlier diagnosis. In our study around 80% of participants agreed that stone spillage should be mentioned in the operative notes and 70% were practicing the same.
Only a high index of clinical suspicion may lead to correct identification. Ultrasound, computed tomography, and magnetic resonance imaging (MRI) are valuable as diagnostic tools. Ultrasound may identify radiolucent biliary stones in the middle of the inflammatory mass by detecting the hyperechoic acoustic signals from these stones. Ultrasound is more sensitive in detecting stones in abscesses compared with MRI  because with MRI it is difficult to differentiate between stones and gas in an abscess. Ultrasound is also more convenient and cost effective.
The prevention of complications is by preventing the stone spillage by careful dissection and use of retrieval bag before extraction of the gallbladder through the port. If gallbladder perforation occurs, the use of suction devices to minimize the spilled bile and spilled gallstones as well as the use of an endobag is mandatory. If possible, the hole in the gallbladder should be closed by the grasp forceps or by an endoclip or endoloop.
Once spillage of stone occurs then every attempt should be made to retrieve all the spilled stones laparoscopically and by performing thorough peritoneal wash with aspiration. Intense irrigation and suction should be performed after collecting the visible stones in order to minimize the number of lost gallstones. This should be done carefully without spreading the gallstones into difficult accessible sites. Stone collection might be facilitated by the use of an intra-abdominal bag and a laparoscopic grasper, a 10 mm suction device, or a “shuttle” stone collector . Conversion at laparoscopic cholecystectomy to retrieve spilled stones is proved to be unnecessary . The use of therapeutic antibiotics in cases of spilled gallstones is only necessary in cases of acute cholecystitis with visibly infected bile or in patients with a high probability for lost gallstones. In our study 68% of participants agreed that laparoscopic retrieval of the spilled stones should be tried, 20% believed peritoneal lavage with suction should be done, and 9% selected conversion to open procedure.
The treatment of the complication consists of eradication of source of infection. Stones which are the foci of infection in these abscesses and sinuses should be completely removed for cure [14, 35]. Abdominal wall abscess from stones caught at the port site can be dealt with by local drainage and evacuation of the stones. In some cases a simple percutaneous excision of the stones is possible . One case of a percutaneous extraction of gallstones using a minimally invasive urological technique has been described . A CT-guided percutaneous insertion of radio-opaque harpoon under local anesthesia, pointing out towards the calcification focus of the upper gallstone followed by elective laparoscopy for the stone retrieval, has been mentioned in the literature . Intra-abdominal abscesses can be dealt with percutaneously by minimally invasive technique  and laparotomy where this technique fails. Computed tomography guided drainage of the pus is first done with a pigtail catheter. A few weeks later the tract is dilated with a dilator system and a nephroscope is passed through it and stones are removed .
Smaller stones usually less than 1 cm can often be removed through the nephroscope and using a basket. Larger ones need fragmentation by mechanical means or lithotripsy before attempting removal.
In dealing with a deep seated abscess with a tortuous tract electrohydraulic lithotripsy in association with choledochoscopy is a good alternative . A completion contrast study (abscessogram) is recommended to check for the intactness of the cavity and for any retained stones.
Gallstones causing vesical granulomas resulting in haematuria have been dealt with by cystoscopic excision of the granulomas .
There is a dearth of knowledge regarding the consequences and modes of presentation of complication related to lost gallstone. There are varied practices with regard to management, documentation, and patient information. There is need to educate surgeons regarding safe practices during LC to avoid gallstone spillage, early diagnosis, and management of complications. There is need to standardize practice to retrieve lost gallstones to reduce complication and legal consequences.
Conflict of Interests
The authors declare that there is no conflict of interests regarding the publication of this paper.
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