Observational Study
Copyright ©2014 Baishideng Publishing Group Inc.
World J Gastroenterol. Nov 14, 2014; 20(42): 15797-15804
Published online Nov 14, 2014. doi: 10.3748/wjg.v20.i42.15797
Table 1 Clinical characteristics of endoscopic retrograde cholangiopancreatography-related perforation cases
NoAge/SexIndicationsPerforation siteTypeMechanisms of perforationInsufflationDetection (Time in minutes)Diagnostic modalityManagementLength of hospital stay after perforation, in days
170/MCBD stoneAfferent loop (Billroth-II)IEndoscopeRoom airImmediate (0)EndoscopeImmediate surgery16
284/FCBD stonePeriampullaryIIESTRoom airImmediate (15)FluoroscopeSurgery56
397/FCBD stonePeriampullaryIIIEndoscopic instrumentRoom airImmediate (46)FluoroscopeERBD64
470/FCBD stonePeriampullaryIIEST/EPBDCO2Immediate (20)FluoroscopeSurgery41
557/MCBD stonePeriampullaryIIESTCO2Immediate (4)FluoroscopeENBD13
690/FCBD stonePeriampullaryIIEPLBDCO2Immediate (3)FluoroscopeENBD22
Table 2 Previously reported rates of endoscopic sphincterotomy-related perforation, mortality, surgery required, and immediate/early detection
Ref.Publication yearTotal perforation rate, %EST-related perforation
Rate, %Surgery, %Mortality, %Immediate/early diagnosis, %
Cotton et al[1]1991NR1.3026.816.3NR
Loperfido et al[2]19981.010.4350.08.3NR
Howard et al[3]19990.600.364.54.590.9
Stapfer et al[4]20001.000.4250.0066.7
Masci et al[10]20010.640.5736.0NRNR
Enns et al[5]20020.350.1415.4076.9
Christensen et al[11]20041.270.85NR10.0100
Wu et al[12]20060.450.1745.036.036.0
Fatima et al[13]20070.600.0936.4NRNR
Assalia et al[7]20070.710.5511.85.994.1
Kapral et al[14]20080.500.388.38.3NR
Morgan et al[8]20090.200.100066.7
Cotton et al[15]20090.140.0375.00NR
Shi et al[23]2009NR0.26NRNRNR
Kim et al[9]20090.890.4011.10NR
Kim et al[16]20110.160.0760.0060.0
Polydorou et al[17]20110.400.3020.0096.7
Kwon et al[18]20120.630.293.13.170.0
Li et al[19]20120.190.1100100
Kim et al[20]20120.620.23NRNRNR
Average0.580.3526.75.1578.0