1  upper quadrant pain that was interpreted as biliary colic.

2              All patients had a diagnosis of biliary colic.

3 Cs on 53 patients who all had a diagnosis of biliary colic.

4 ory drugs (NSAIDs) have been used to relieve biliary colic.

5 atients with cholelithiasis who present with biliary colic, a single 75-mg intramuscular dose of dicl

6 ry sludge may cause complications, including biliary colic, acute pancreatitis, and acute cholecystit

7                 64.1% fulfilled criteria for biliary colic and 74.9% underwent cholecystectomy, with

8                  Two serious adverse events (biliary colic and abdominal pain), occurring in the same

9 BS, and the difference between resolution of biliary colic and pain-free state in patients with and w

10 , in the the immediate symptomatic relief of biliary colic and the prevention of cholelithiasis-relat

11  FD/IBS was defined by the Rome IV criteria, biliary colic by the Rome III criteria, and pain-free by

12    The diagnosis for the initial episode was biliary colic/dyskinesia (65.3%), acute cholecystitis (2

13 the role of NSAIDs in the natural history of biliary colic has not been clarified.

14                                              Biliary colic is reported by only a few patients post-ch

15 = 43, 8%), acute cholecystitis (n = 17), and biliary colics (n = 35).

16  42 cholecystectomies were performed: 16 for biliary colic (no deaths, three patients with complicati

17  inpatient or outpatient cholecystectomy for biliary colic or biliary dyskinesia, acute cholecystitis

18                             30 patients with biliary colic, pancreatitis, unexplained derangement of

19 Fifty-three patients with cholelithiasis and biliary colic were enrolled in this randomized, double-b

20 omy, 6.1% of patients fulfilled criteria for biliary colic, with no significant difference between th