Published online before print June 13, 2002, 10.1148/radiol.2242011340
Potential Living Liver Donors: Evaluation with an All-in-One Protocol with MultiDetector Row CT1
Tobias Schroeder, MD,
Silvio Nadalin, MD,
Jörg Stattaus, MD,
Jörg F. Debatin, MD, MBA,
Massimo Malagó, MD and
Stefan G. Ruehm, MD
1 From the Departments of Diagnostic Radiology (T.S., J.S., J.F.D., S.G.R.) and Transplantation Surgery (S.N., M.M.), University Hospital Essen, Hufelandstrasse 55, D-45122 Essen, Germany. Received August 7, 2001; revision requested September 28; revision received November 27; accepted January 7, 2002. Address correspondence to T.S. (e-mail: tobias.schroeder@uni-essen.de).

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Figure 1. Oblique coronal three-dimensional CT cholangiogram is normal, with bifurcation of the common hepatic duct into the right and left hepatic ducts at the upper confluence (arrow).
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Figure 2. Transverse CT cholangiographic source image shows a trifurcation of the biliary ducts at the upper confluence (arrow) as a normal variant.
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Figure 3. Oblique coronal three-dimensional CT cholangiogram obtained in the same patient as in Figure 2 shows a trifurcation at the upper confluence (arrow) and a small branch (arrowhead) from segment 4 that drains into the middle right hepatic duct.
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Figure 4. Oblique coronal three-dimensional CT arteriogram in the same patient as in Figure 2 shows a doubled left hepatic artery (thin arrows) coming from the common or proper hepatic arteries. The biliary system is still contrast enhanced and shows the trifurcation at the upper confluence (thick arrow) and the topographic relationship of both branches of the systems. A doubled renal artery (arrowhead) is depicted posterior to the splenic vein.
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Figure 5. Oblique coronal three-dimensional CT angiogram in the portal or hepatic venous phases in the same patient as in Figure 2. The right and middle hepatic veins fuse (arrow) proximal to the inferior vena cava. The biliary system is still contrast enhanced and shows the topographic relationship of both systems.
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Copyright © 2002 by the Radiological Society of North America.