1 ed from a dissection too close to the common hepatic duct.

2  was collected from a catheter in the common hepatic duct.

3 s bile canaliculi that transport bile to the hepatic ducts.

4 treatment failure included multiple, central hepatic duct, and intrahepatic strictures.

5 tion (hpf), and ends with the formation of a hepatic duct at 50 hpf.

6                   The distance of the common hepatic duct bifurcation and duodenal papilla from adjac

7                       Location of the common hepatic duct bifurcation and duodenal papilla varied wid

8 e describes side-to-side HJ to the main left hepatic duct but a side-to-side approach is not consiste

9  subjects, RPSD was draining into the common hepatic duct (CHD) and in 0.8% of subjects into the cyst

10  sectoral duct (RPSD) draining into the left hepatic duct (LHD) in 27.6% of subjects.

11 P2 (2 veins) for the right lobe; and for the hepatic duct, RB1/LB1 (1 duct), RB2/LB2 (2 ducts), RB3 (

12           The branching pattern of the right hepatic duct (RHD) was typical in 55.3% of subjects.

13                                              Hepatic duct samples (n = 10) were obtained from patient

14 n begins where the cystic duct combines with hepatic ducts to form the common bile duct (CBD) and con

15 in experiments with a catheter in the common hepatic duct was 25% of that in experiments without a ca

16              The common bile duct and common hepatic duct were adequately visualized in 19 (95%) subj

17 iscrepancies between the graft and recipient hepatic ducts with excellent outcome.