Diagnosis and management of blunt abdominal trauma

The records of 437 patients with blunt abdominal trauma admitted to Charity Hospital, New Orleans, from 1967-1973 have been reviewed and computer-analyzed. There was an 80% increase in the incidence of blunt abdominal trauma when compared with the preceding 15-year experience. Forty-three per cent of all the patients presented with no specific complaint or sign of injury. Blunt abdominal injury was usually diagnosed preoperatively using conventional methods including history, physical examination, and routine laboratory tests and x-rays. Abdominal paracentesis via a Potter needle had an 86% accuracy. The incidence and management of specific organ injuries with associated morbidity and mortality have been discussed. Mortality and morbidity continue to be significant in blunt abdominal trauma. Isolated abdominal injuries rarely (5%) resulted in death, even though abdominal injuries accounted for 41% of all deaths. Associated injuries, especially head injury, greatly increased the risk. The insidious nature of blunt abdominal injury is borne out by the fact that more than one-third of the "asymptomatic" patients had an abdominal organ injured. A high index of suspicion and an adequate observation period therefore are mandatory for proper care of patients subjected to blunt trauma.     

Blunt abdominal trauma

Assessment and management of patients with blunt abdominal trauma remains a challenge for emergency physicians. The spectrum of injury ranges from the trivial to the catastrophic and the initial assessment, resuscitation, and investigation of patients with abdominal trauma must be individualized. This article covers the important aspects of patient history and physical examination and addresses the relevant investigative tools available. An approach to the assessment of patients with abdominal trauma is provided; the goal is to diagnose significant injuries as soon as possible and avoid the pitfall of a delayed or missed diagnosis.     

Calibration of a reflectance pulse oximeter in fetal lambs for arterial oxygen saturations below 70%

Today, laparoscopic cholecystectomy is the method of choice for treatment of symptomatic gallbladder disorders. It minimizes effects of the operation that are independent of the gallbladder, such as trauma to the abdominal wall and other soft tissue. The surgical wounds were even smaller when 2-mm trocars were used. Laparoscopic cholecystectomy using 2-mm instruments was performed in a consecutive series of 14 patients with symptomatic gallstones. The procedure was completed in 12 cases, with conversion to open surgery in two cases. Intraoperative cholangiography was always performed. The postoperative course was always uneventful. The cosmetic effect was highly satisfactory. The procedure using 2-mm instruments could be indicated in selected patients with uncomplicated gallstone disease.     

Prevention of abdominal compartment syndrome by absorbable mesh prosthesis closure

OBJECTIVE: To determine whether prevention of the abdominal compartment syndrome after celiotomy for trauma justifies the use of absorbable mesh prosthesis closure in severely injured patients. DESIGN: Retrospective analysis of case series from July 1, 1989, to July 31, 1996. SETTING: University-based level I trauma center. PATIENTS: Seventy-three consecutive trauma patients requiring celiotomy who received absorbable mesh prosthesis closure and 73 control patients matched for injury severity and trauma type who received celiotomy without a mesh prosthesis closure. INTERVENTIONS: Absorbable mesh prosthesis closure was used in cases of excessive fascial tension, abdominal compartment syndrome, necrotizing fasciitis, traumatic defect, or planned reoperation. MAIN OUTCOME MEASURES: Demographics, Injury Severity Score, Abdominal Trauma Index, highest abdominal Abbreviated Injury Scale score, number of abdominal/pelvic injuries, highest head Abbreviated Injury Scale score, shock, indication for mesh closure, complications, number of operations and time required for closure, days in the intensive care unit, length of stay, and mortality were determined. The highest abdominal Abbreviated Injury Scale score was multiplied by the number of abdominal/pelvic injuries to calculate the abdominal pelvic trauma score. RESULTS: Group 1 consisted of 47 patients who received mesh at initial celiotomy, and group 2, 26 patients who received mesh at a subsequent celiotomy. These 2 groups were statistically similar in demographics, injury severity, and mortality. However, group 2 had a significantly higher incidence of postoperative abdominal compartment syndrome (35% vs 0%), necrotizing fasciitis (39% vs 0%), intra-abdominal abscess/peritonitis (35% vs 4%), and enterocutaneous fistula (23% vs 11%) compared with group 1 (P < .001). Group 1 patients with preoperative abdominal compartment syndrome had more abdominal/ pelvic injuries and higher abdominal trauma index than matched controls (P < .05). There was a trend toward higher abdominal pelvic trauma score in patients who developed abdominal compartment syndrome. The Pearson coefficient of correlation between the abdominal trauma index and the more easily calculated abdominal pelvic trauma score was 0.91 (P < .001). CONCLUSION: The use of absorbable mesh prosthesis closure in severely injured patients undergoing celiotomy was effective in treating and preventing the abdominal compartment syndrome.     

Gallbladder rupture, an isolated seat belt injury

This report describes a patient who suffered free intraperitoneal perforation of a previously normal gallbladder as an isolated abdominal injury from seat belt compression. It is postulated that a prerequisite for such an injury is distension of the gallbladder with bile. Alcohol ingestion in the fasting state is likely to produce such a situation.     

The value of physical examination in the diagnosis of patients with blunt abdominal trauma: a retrospective study

Between 1 January 1993 and 1 January 1994, 204 consecutive patients with possible blunt abdominal injury were analysed retrospectively. All patients underwent a standardized diagnostic approach on admission to the emergency room. Abdominal ultrasound (AUS) was performed in all cases. If there was evidence of intra-abdominal injury on physical examination or AUS, without signs of persistent hypovolaemia after initial assessment, contrast-enhanced computed tomographic scanning (CECT) of the abdomen was carried out without exception. Physical examination was equivocal in 13 and 3 per cent, respectively, of patients with 'isolated' abdominal trauma (N = 23) or with fractures of lower ribs 7-12 as a sole diagnosis (N = 30). In multiple injury patients (N = 95) or those with suspected 'isolated' head injury (N = 56), these figures reached 45 and 84 per cent, respectively. AUS (N = 204) revealed intra-abdominal injury in 20 per cent of patients, and CECT (N = 43) resulted in additional information in 49 per cent. Patients with 'isolated' head injury showed 9 per cent abnormalities on abdominal evaluation versus 32 per cent in multiple injury patients. In lower rib fractures (7-12) in multiple injury patients abdominal injury was diagnosed in 67 per cent of the cases. We conclude that: (1) negative findings following reliable physical examination of patients with 'isolated' head injury show very high values (NPV 100 per cent), but reliable physical examination is very infrequent (16 per cent); (2) NPV in lower rib fractures due to low energy impact is very high (100 per cent), with a reliable physical examination in most patients (97 per cent); (3) in patients with isolated abdominal trauma 87 per cent have a reliable physical examination with a moderately high NPV (71 per cent); (4) almost half the multiple injury patients have an unequivocal physical examination (45 per cent), with a high NPV following reliable physical examination for abdominal injury (85 per cent); (5) abdominal ultrasonography should be the first step in the radiological assessment of all patients with possible blunt abdominal injury; (6) in multiply injured patients with fractures of their lower ribs (7-12) due to high energy impact the incidence of abdominal injury is very high and CECT might be indicated even in the case of normal AUS findings.     

Solid viscus injury predicts major hollow viscus injury in blunt abdominal trauma

BACKGROUND: As nonoperative management of blunt abdominal trauma has become more popular, reliable models for predicting the likelihood of concomitant hollow viscus injury in the hemodynamically stable patient with a solid viscus injury are increasingly important. METHODS: The Pennsylvania Trauma Systems Foundation registry was reviewed for the period from January 1992 to December 1995 for all adult (age > 12 years) patients with blunt trauma and an Abbreviated Injury Scale (AIS) score > or = 2 for a solid viscus (kidney, liver, pancreas, spleen). Patients with an initial systolic blood pressure < 90 mm Hg were excluded. Hollow viscus injuries included only lacerations or perforations of the gallbladder, gastrointestinal tract, or urinary tract. RESULTS: In the 4-year period, 3,089 patients sustained solid viscus injuries, 296 of whom had a hollow viscus injury (9.6%). The mean age was 35.6 years, mean Injury Severity Score was 22.2, and mean Revised Trauma Score was 7.3; 63.3% of the patients were male. A solitary solid viscus injury occurred in 2,437 patients (79%), 177 of whom (7.3%) had a hollow viscus injury. The frequency of hollow viscus injury increased with the number of solid organs injured: 15.4% of patients with two solid viscus injuries (n = 547) and 34.4% of patients with three solid viscus injuries (n = 96) suffered a concomitant hollow viscus injury (p < 0.001 vs. one organ). A hollow viscus injury was 2.3 times more likely for two solid viscus injuries and 6.7 times more likely for three solid viscus injuries compared with a solitary solid viscus injury. For solitary solid viscus injury, the frequency of hollow viscus injury varied little with increasing AIS score (AIS score 2, 6.6%; AIS score 3, 8.2%; AIS score 4, 9.2%; AIS score 5, 6.2%) (p = 0.27 between groups), suggesting that the incidence of hollow viscus injury is related more to the number of solid visceral injuries than the severity of individual organ injury. Also, when the sum of the AIS scores for solid viscus injuries was <6, the mean rate of hollow viscus injury was 7.8%. This increased to 22.8% when the sum of the AIS scores for solid viscus injury was > or =6 (p < 0.001). A pancreatic injury in combination with any other solid viscus injury had a rate of hollow viscus injury of >33%. CONCLUSION: A model of organ injury scaling predicted hollow viscus injury. Multiple solid viscus injuries, particularly pancreatic, or abdominal solid viscus injuries with an AIS score > or = 6, were predictive of hollow viscus injury. Identification of these injury patterns should prompt consideration for early operative intervention.     

Ultrasound diagnosis of metastatic melanoma of the gallbladder

The abdominal ultrasound examinations of 464 patients with malignant melanoma performed over a 3 year period were reviewed. 23 (5.2%) had soft tissue material attached to the gallbladder wall and projecting into the lumen. Four of these were polyps of less than 1 cm which were thought to be benign, while the remaining 19 had abnormalities likely to be metastatic melanoma. Upper abdominal ultrasound examinations are frequently requested for staging purposes in patients with thick high grade malignant melanoma or clinical suspicion of metastases. Ultrasound clearly identifies the gallbladder and biliary tree in the vast majority of patients and is generally regarded as the imaging modality of choice for suspected gallbladder pathology. As autopsy studies have confirmed the incidence of gallbladder metastases from malignant melanoma to be 15-20%, a careful review of the gallbladder is advocated when abdominal ultrasound examinations are performed on patients with malignant melanoma.     

Pancreatic trauma: a rare but severe event

INTRODUCTION: High-speed motor vehicle accidents have contributed to an increasing incidence of pancreatic trauma. Early mortality is generally due to associated vascular and other intra-abdominal injury. MATERIALS AND METHODS: The authors report their experience on pancreatic trauma. Six cases were treated during the last five years. Isolated pancreatic injury was observed only in one case. Two patients received simple external drainage. Two patients required distal pancreatectomy. One patient was mistreated with ligature of distal pancreatic duct and, postoperatively, developed pseudocyst. One patient, with associated duodenal injury, died. COMMENTS: Serum amylase is often unreliable, whereas abdominal CT scans have the best sensitivity and specificity in detecting pancreatic injury. Abdominal exploration is always recommended in retroperitoneal trauma evaluation; complete pancreas mobilisation is needed to determine the integrity of the major pancreatic duct. Treatment protocols are based on severity of injury: they range from simple drainage to distal pancreatectomy (in presence of distal transection or parenchymal injury with duct injury) and to pancreaticoduodenectomy (in presence of massive injury, devascularisation, destruction of ampulla). Complications are seen in 20 to 35% of patients and the overall mortality secondary to complications ranges from 10 to 20%. Fistulas and pseudocysts are the most common complications.     

Possible in vivo tolerance of human polymorphonuclear neutrophil to low-grade exercise-induced endotoxaemia

Splenic injury is the most common abdominal organ injury in children who sustain blunt trauma and may result from apparently minor injuries. We present two cases of delayed diagnosis of splenic injury in children who fell from a moderate height of less than 10 feet. Careful physical examination and close follow-up with reevaluation are necessary to identify children with possible splenic injury after relatively minor blunt trauma.     

Gallbladder ejection fraction. Nondiagnostic for sphincter of Oddi dysfunction in patients with intact gallbladders

Thirty consecutive patients with intact gallbladders and biliary pain were evaluated to determine whether gallbladder ejection fraction could identify sphincter of Oddi dysfunction. The mean gallbladder ejection fraction was 45% in patients with abdominal pain and 72% in normal controls. Gallbladder ejection fractions were then correlated with endoscopically measured sphincter of Oddi pressures in patients with abdominal pain. The mean gallbladder ejection fraction was 41% in 7 patients with elevated sphincter pressures and 46% in 23 patients with normal pressures (P = NS). Thirty-six percent of patients with elevated pressures and 33% of patients with normal pressures had abnormal gallbladder ejection fractions. Gallbladder ejection fraction had a sensitivity of 33%, a specificity of 63%, and a positive predictive value of 25% for detection of elevated pressures. Regression analysis revealed a poor correlation between sphincter pressure and gallbladder ejection fraction (r2 = 0.02). These findings suggest that gallbladder ejection fraction cannot be used to diagnose sphincter of Oddi dysfunction in patients before they undergo cholecystectomy.     

Metachromatic leukodystrophy and coincidental finding of papillomatosis of the gallbladder. A case report

In this case report we describe the coincidental finding of polyps in the gallbladder by ultrasound investigation in a six-year-old girl, known to have metachromatic leukodystrophy. The investigation was carried out because of suspicion of abdominal trauma after falling down the stairs and finding elevated serum amylase.     

Results of treatment of multiple trauma in 130 children

Trauma remains the leading cause of death in the pediatric age group, despite recent advances in prevention and treatment. We retrospectively analyzed 130 cases of multiple trauma among 725 pediatric patients with injuries treated here during 1988-1989. Road accidents and falls from heights were the most common causes of injury. Mean age was 7 years (range 0.5-15) and the male to female ratio 2.7:1.0. Overall mortality was 9.2%. 57 patients (44%) did not get any prehospital medical care and 5 of them with injury severity scores (ISS) greater than 25 died. In contrast 11/18 (61%) of patients with ISS greater than 25 who were treated by medical teams survived. On arrival at the emergency room, 15% were hypothermic ( < 34 degrees C), and 6 were in hypovolemic shock--5 of whom died. Most common injuries were head trauma (91), limb injuries (69), abdominal trauma (34) and thoracic trauma (34). In 39 injury was severe, with pediatric trauma score (PTS) 6 or less, 12 of whom died. All deaths except 1 were associated with severe head injury and with ISS more than 25. There was no mortality in those with PTS more than 7 or ISS less than 25. Thus, the prehospital care of pediatric patients with head injury is associated with high mortality. Absence of mortality in patients with PTS of more than 7 emphasizes the importance of designated trauma centers for these patients.     

Pancreatic injuries resulting from penetrating trauma: a multi-institution review

Pancreatic injury from penetrating trauma continues to be a source of significant morbidity and mortality, with questions remaining regarding optimal treatment of injuries. Our goal was to evaluate current trends in the operative management of these injuries. Our patient population comprised all patients admitted to one of three Level I trauma centers over an 8-year period that had sustained penetrating pancreatic trauma. The study was a retrospective chart review. Sixty-two patients were identified. All had associated abdominal injuries, with the liver and stomach being the most commonly injured organs. There were 14 deaths (mortality 22.6%), 10 within the first 48 hours due to associated vascular injury. In the 52 patients surviving beyond 48 hours, there were 19 patients with injuries to the main pancreatic duct and 33 with parenchymal injuries only. Pancreatic resection was carried out for all patients with ductal injury except for one, who later required distal pancreatectomy for pseudocyst and pancreatic fistula. Significant pancreatic fistulae developed in five patients, three in patients treated by drainage and two in patients treated by resection. The incidence of fistula formation was significantly higher for drainage versus resection in the patients with ductal injuries. The incidences of other complications were not affected by type of pancreatic injury, associated injuries, or method of management. We conclude that the majority of deaths in patients with penetrating pancreatic trauma are due to associated organ or vascular injuries. Appropriate management of the pancreatic injury can reduce the long-term complications. These results support treating patients with suspected ductal injuries by appropriate resection. Drainage should probably be sufficient for most nonductal pancreatic injuries.     

A comparison of artificially-depleted, lyophilized coumarin and fresh coumarin plasmas in thromboplastin calibration. European Concerted Action on Anticoagulation

BACKGROUND/PURPOSE: Pediatric truncal vascular injuries are rare, but the reported mortality rate is high (35% to 55%), and similar to that in adults (50% to 65%). This report examines the demographics, mechanisms of injury, associated trauma, and results of treatment of pediatric patients with noniatrogenic truncal vascular injuries. METHODS: A retrospective review (1986 to 1996) of a pediatric (< or = 17 years old) trauma registry database was undertaken. Truncal vascular injuries included thoracic, abdominal, and neck wounds. RESULTS: Fifty-four truncal vascular injuries (28 abdominal, 15 thoracic, and 11 neck injuries) occurred in 37 patients (mean age, 14+/-3 years; range, 5 to 17 years); injury mechanism was penetrating in 65%. Concomitant injuries occurred with 100% of abdominal vascular injuries and multiple vascular injuries occurred in 47%. Except for aortic and one SMA injury requiring interposition grafts, these wounds were repaired primarily or by lateral venorrhaphy. Nonvascular complications occurred more frequently in patients with abdominal injuries who were hemodynamically unstable (systolic blood pressure [BPS] <90) on presentation (19 major complications in 11 patients versus one major complication in five patients). Thoracic injuries were primarily blunt rupture or penetrating injury to the thoracic aorta (nine patients). Thoracic aortic injuries were treated without bypass, using interposition grafts. In patients with thoracic aortic injuries, there were no instances of paraplegia related to spinal ischemia (clamp times, 24+/-4 min); paraplegia occurred in two patients with direct cord and aortic injuries. Concomitant injuries occurred with 83% of thoracic injuries and multiple vascular injuries occurred in 25%. All patients with thoracic vascular injuries presenting with BPS of less than 90 died (four patients), and all with BPS 90 or over survived (eight patients). There were 11 neck wounds in 9 patients requiring intervention, and 8 were penetrating. Overall survival was 81%; survival from abdominal vascular injuries was 94%, thoracic injuries 66%, and neck injuries 78%. CONCLUSIONS: Survival and subsequent complications are related primarily to hemodynamic status at the time of presentation, and not to body cavity or vessel injured. Primary anastomosis or repair is applicable to most nonaortic wounds. The mortality rate in pediatric abdominal vascular injuries may be lower than previously reported.     

Ultrasound evaluation of blunt abdominal trauma: program implementation, initial experience, and learning curve

OBJECTIVE: Although sonographic screening for blunt abdominal trauma is gaining acceptance, standards for implementation, training, credentialing, and quality control remain to be established. DESIGN: This prospective study examines a Level I trauma service experience with the de novo establishment of a trauma ultrasound (US) program credentialed through the Department of Surgery under the auspices of Continuous Quality Improvement. MATERIALS AND METHODS: All trauma surgeons attended a combined didactic and "hands on" 8-hour trauma US course. Abdominal sonography was subsequently performed on patients with potential blunt abdominal trauma followed by a standard diagnostic evaluation, which included computed tomographic scan, diagnostic peritoneal lavage, or observation. MEASUREMENTS AND MAIN RESULTS: Three hundred patients were studied over a 4-month period. They averaged 35 years of age with an average injury severity score of 12. The time required to perform the US examination averaged less than 3 minutes. Standard diagnostic evaluation included computed tomographic scan (21%), diagnostic peritoneal lavage (45%), and observation (34%). US examinations resulted in 277 true negatives, 17 true positives, two false positives, and four false negatives for a sensitivity of 81.0%, a specificity of 99.3%, and an accuracy of 98.0%. Annualized cost savings with the use of US evaluation versus standard diagnostic evaluation would amount to over $100,000.00. CONCLUSIONS: This experience with the de novo implementation of a trauma US program suggests that the training and credentialing requirements in this study are sufficient to provide surgeon ultrasonographers with acceptable competence in US diagnosis of blunt abdominal trauma.     

Methods of analysis and resources available for genetic trait mapping

Stones can be spilled from the gallbladder during laparoscopic cholecystectomy. These stones can be left in the peritoneal cavity or trapped at the trocar site. The potential late sequel and associated morbidity are not well documented. We reviewed the records of four patients who underwent laparoscopic cholecystectomy at Mount Sinai Medical Center in New York City who suffered from late complications attributed to gallstones left in the peritoneal cavity or abdominal wall. Four patients presented 1-14 months after laparoscopic cholecystectomy with intraabdominal and abdominal wall abscesses. The spillage of gallstones was noticed during the initial operation only in one of the patients. Three patients required laparotomy and open drainage of intraabdominal abscesses with drainage of pus and gallstones after failed attempts at percutaneous drainage. Two patients underwent local exploration of an abdominal wall abscess containing stones. Stones left in the abdominal cavity or trapped in trocar sites after laparoscopic cholecystectomy can cause serious late complications requiring repeated surgical interventions. Every effort should be made in order to avoid spillage of stones during dissection of the gallbladder and cystic duct and during retrieval of the gallbladder through the abdominal wall.     

Relation between postoperative infections and gallbladder bile leakage during laparoscopic cholecystectomies

BACKGROUND: In 1,577 laparoscopic cholecystectomies, 111 due to acute and 1,466 due to chronic cholecystitis, the incidence of intraoperative gallbladder rupture and its relationship with abdominal wound infections were evaluated. METHODS: A sampling test for binomial proportions and a binomial approximation test for discrete data were employed for statistical analysis. Gallbladder accidental opening took place in 250 (19%) out of the 1,466 chronic and in 44 (40%) out of the 111 acute cholecystitis, disclosing a statistically significant difference (p < 0.01). Postoperatively, there were 32 (2%) surgical wound infections, 17 (1.3%) in the absence of gallbladder injury and 15 (5%) when gallbladder injury was observed, likewise showing a statistically significant difference (p < 0.05). RESULTS: It should be pointed out that all 32 wound infections involved the umbilical incision, of which 3 with chronic suppuration required reintervention where remnants of stones were found in the parietal route. The seven with symptomatic abdominal fluid resolved without specific treatment. As regards the seven intraabdominal infections, two remitted with antibiotics and five required percutaneous drainage. There was no significant correlation between the presence of cavity fluid abdominal collections or infections and bile spillage. CONCLUSION: Gallbladder injury proved more frequent in laparoscopic cholecystectomies performed due to acute cholecystitis, while bile spillage increased the incidence of umbilical wound infection, particularly in the presence of remnants of stones, but there was no correlative increase in the incidence of intraabdominal collections or infections.     

Penetrating ureteral injuries: the impact of associated injuries on management

The ideal management for penetrating ureteral trauma is primary repair, but the effect of other abdominal injuries might preclude this. We attempted to determine what factors could be used to predict a poor outcome of a ureteral anastomosis, so that the initial management can be modified appropriately. The case notes of 41 patients treated for penetrating ureteral trauma were studied retrospectively. Any factors that could influence postoperative complications and outcome were statistically analyzed in order to determine which could be used pre- or intraoperatively to indicate a poor prognosis for the ureteral anastomosis. The presence of shock on admission (P = 0.013), intraoperative bleeding (P = 0.006), colonic injury and specifically injury requiring colectomy (P = 0.006) were associated with a high complication and mortality rate. Patients presenting with penetrating ureteral trauma who are severely shocked and have complicated intraoperative hemostasis and patients who require colectomy should not have a primary ureteral anastomosis, but rather initial ureteral exteriorization or even nephrectomy.     

Long-term consequences of intraoperative spillage of bile and gallstones during laparoscopic cholecystectomy

Laparoscopic cholecystectomy is associated with a higher incidence of iatrogenic perforation of the gallbladder than open cholecystectomy. The long-term consequences of spilled bile and gallstones are unknown. Data were collected prospectively from 1059 consecutive patients undergoing laparoscopic cholecystectomy over a 3-year period. Details of the operative procedures and postoperative course of patients in whom gallbladder perforation occurred were reviewed. Long-term follow-up (range 24 to 59 months) was available for 92% of patients. Intraoperative perforation of the gallbladder occurred in 306 patients (29%); it was more common in men and was associated with increasing age, body weight, and the presence of omental adhesions (each P < 0.001). There was no increased risk in patients with acute cholecystitis (P = 0.13). Postoperatively pyrexia was more common in patients with spillage of gallbladder contents (18% vs. 9%; P < 0.001). Of the patients with long-term follow-up, intra- abdominal abscess developed in 1 (0.6%) of 177 with spillage of only bile, and in 3 (2.9%) of 103 patients with spillage of both bile and gallstones, whereas no intra- abdominal abscesses occurred in the 697 patients in whom the gallbladder was removed intact ( P < 0.001). Intraperitoneal spillage of gallbladder contents during laparoscopic cholecystectomy is associated with an increased risk of intra-abdominal abscess. Attempts should be made to irrigate the operative field to evacuate spilled bile and to retrieve all gallstones spilled during the operative procedure.