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De novo autoimmune hepatitis following living-donor liver transplantation for primary biliary cirrhosis
Authors:Yoshizawa Kaname  Shirakawa Haruaki  Ichijo Tetsuya  Umemura Takeji  Tanaka Eiji  Kiyosawa Kendo  Imagawa Eri  Matsuda Kazuyuki  Hidaka Eiko  Sano Kenji  Nakazawa Yuichi  Ikegami Toshihiko  Hashikura Yasuhiko  Miyagawa Shinichi  Ota Masao  Nakano Masayuki
Affiliation:Departments of Internal Medicine;, Laboratory Medicine;, Surgery;and Legal Medicine, Shinshu University School of Medicine, Matsumoto, Japan;, Division of Clinical Investigation, Chiba Medical Center, National Hospital Organization, Chiba, Japan
Abstract:Abstract:  Since first being described in 1998, de novo autoimmune hepatitis (AIH) after liver transplantation has been reported in several cases suffering from non-autoimmune liver diseases and primary biliary cirrhosis (PBC). Glutathione S-transferase (GST) T1 genotype mismatches between donor and recipient have also been suggested to constitute a risk factor for de novo AIH. Here, we report a 33-yr-old woman who presented complaining of marked fatigue and jaundice four yr after living-donor liver transplantation for PBC. On examination, transaminase levels were highly elevated and ANA and antimitochondrial antibody M2 were positive. Histological findings showed zonal necrosis with lymphoplasmacytic infiltration closely resembling AIH. She had pretreatment AIH score of 16 and 19 points after relapse of de novo AIH. Two color fluorescence in situ hybridization with X and Y chromosome-specific probes clearly revealed that the hepatocytes were of donor origin and lymphocytes were of patient origin. The GSTT1 genotype of the patient and the donor were the same null type, suggesting that mechanisms other than GSTT1 mismatches may exist in de novo AIH development. In conclusion, recipient immune cells attacked the allogeneic transplanted liver of the patient via de novo AIH, although the exact participation of autoimmune mechanisms is unclear.
Keywords:de novo autoimmune hepatitis    glutathione S-transferase T1    liver transplantation    primary biliary cirrhosis    two color fluorescence in situ hybridization
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