Diagnostic and Therapeutic Implications of Cholelithiasis in Children ()
Received 29 January 2016; accepted 15 March 2016; published 18 March 2016
1. Introduction
Even though diseases of the gall bladder are rare in children, pediatric patients make up to 4% of all cases with cholecystectomy. Cholelithiasis which presnets as a consequence of extrahepatic or intrahepatic diseases is a well known entity and a widely studied health problem in children [1] - [3] .
Cholecystitis, for a long time considered as a disease of the adults, however in the last 20 years, has been documented in pediatric practice with an increased incidence of non-haemolitic cholelithiasis.
Congenital haemolitic anaemia, spherocytosis, and thalassemia are the most common haematologic diseases associated with cholelithiasis [4] [5] . Recently, cases with idiopathic cholelithiasis have increased in relations with these diseases in 50% of patients [6] [7] . The most common clinical manifestations are: food intolerance, nausea, vomiting and abdominal pain. Treatment is conservative and surgical.
AIM
In this study, 6 patients with acute cholecystitis and cholelithiasis diagnosed and treated at tha authors clinic.
2. Material and Methods
The series of our cases includes 6 children under age of 12, treated by cholecystectomy due to gall bladder stones. Conservative treatment has been administered in all these cases for more than 12 months.
Ultrasound has been performed in all cases to confirm diagnosis and differentiate possible duodenal, pancrea- tic, and renal problems, especially to exclude anomalies of the choledocus-pancreatic junction. Liver function tests and haemoglobin tests were also performed to exclude metabolic disorders. Surgical approach was with open classic cholecystectomy and in two cases splenectomy was performed due to spherocytosis. Elements of the Calot anatomical region were identified, art. cystica and ductus cysticus were ligated and cut by scissors.
Intraoperative cholangiography was not performed in any of the cases. All patients manifested perystalsis on the second postop day and light nutrition regime was initiated (tea, milk 1.2) All patients were followed up clinically and with ultrasound 1, 6, 12 and 24 months after surgery. Liver function tests and haemoglobin have been asked for in two cases with splenectomy.
3. Results
In one patient, the gallbladder was duplex, with a bifid cysticus (Pictures 1-5).
Mean operating time was 56 min and 150 minutes in patient with cholecystectomy and splenectomy perfor- med. There were no operative complications or redo procedures, postop pain was treated with Diclophenac suppositories. In patients with spherocytosis/splenectomy Pneumovax vaccine was administered preop accord- ing to the protocol for elective splenectomy. Patients were followed up postop afte 1, 6, 12 and 24 months. Clinical and cosmetic outcome was satisfactory.
Picture 1. Intraoperative macroscopic aspect of gallbladder stones.
Picture 2. Intraoperative appearance of the pigmented stones.
Picture 3. Bifid gallbladder.
Picture 4. Splenectomy due to spherocytosis and gallbladder pigmented stones.
Picture 5. Ultrasound images of cholelithiasis in children.
![]()
Table 1. Distribution of the cases according to the age, gender, associated disease, and operative procedure.
*Open surgery/Laparotomy-cholecystectomy and Spelenectomy; LsLaparoscopic Cholecystectomy.
4. Discussion
Cholelithiasis in children is not common and most of the patients are asymptomatic [3] [8]-[10]. The usual cause of gallstones in children was hemolitic disease . Hereditary spherocytosis ,sicke cell anemia , and thalassemia are the most common hemolytic disorders resulting in the development of gallstones (aschcraft) [11]-[16]. Cholesteroll gallstones appear to occur in children and adolescents because of the same pathophysiologic distur- bances that cause these stones in adult Ashcraft.
The incidence of cholesterol stones is higher than pigment stones [5] [7] [17]-[21]. Cholecystitis and cholelithiasis in children are more common than previously thought [13] [19] [22]. Children with increased risk for the disease are prematures that have been administered with furosemid and those that were administered parenteral therapy [1]. Predisposing factors for gallbladder stones are: children with total parenteral nutrition, ileum resection, sepsis and haemolitic diseases [1] [9] [23] [24]. In infants, cholelithiasis can spontaneously regress (fetal cholelithiasis) but they can too manifest themselves with clinical symptoms and complications due to predisposing factors [6] [20].
Usual clinical manifestations of cholecystitis and cholelithiasis are not always present in children. Most of them present with non-specific abdominal pain. Some patients (5% - 10%) can present with complications like acute pancreatitis and cholecystitis [13] [19]. Eventhough obstructive jaundice due to the presence of stones in the choledocus is rare, it has been reprted in literature [19]. Liver function tests are normal. X-ray of the abdomen can show calcificates.
Ultrasound confirms with great accuracy the presence of cholelithiasis and acalculous cholecystitis [25].
Treatment is usually surgical [2] [4] [7] [9] [19] [22]. Data for therapeutic treatment are: lithotripsy and bile acid stone dissolution are not discribed in literature of Pediatric Surgery [12].
5. Conclusions
In our experience, there were no specific contraindications for laparoscopic cholecystectomy but this was not performed due to the lack of equipment. We do not believe that intraoperative cholangiography is necessary because of a very small risk of stone migration in choledocus as well as due to a good anatomical visualization of the anatomic elements in the Calot region.
There is no need for drain if the hemostasis is properly conducted and the dissection of the tissue is careful. We consider that open surgery is a gold standard in our circumstances because the complication rate is not considerably higher than with laparoscopic surgery. Cholecystectomy and splenectomy are indicated in patients with haemolitic diseases and associated cholelithiasis.
NOTES
![]()
*Corresponding author.