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A case of hereditary haemochromatosis developing in a non-hereditary haemochromatosis recipient following transplantation of a C282Y heterozygous donor liver
The widespread application of liver transplantation has been the single most important therapy to extend long term survival in patients with a variety of acute and chronic liver diseases. A fringe benefit of liver transplantation has been identification, confirmation, and cure of the metabolic basis of diseases.1 Haemophilia patients transplanted for chronic hepatitis C are cured of their clotting disorder, and patients transplanted for Wilson disease show no signs of copper accumulation following transplantation. Although many transplant recipients have mild to moderate iron overload at the time of transplantation, liver transplantation has been uncommon in homozygotes for the C282Y mutation of the HFE gene for haemochromatosis, and the metabolic effects on iron metabolism have not been clearly established.2 Studies in which C282Y homozygous donors have been transplanted into normal recipients have …