A 20 month old Caucasian male child, after a five week illness, develo
ped liver failure which was successfully treated by liver transplantat
ion. The explanted liver had a histology identical to that seen in Ind
ian childhood cirrhosis and its copper content was increased tenfold.
Water used to prepare the child's milk feeds came from a bore via copp
er conduits and at times contained 120 mu mol/l of copper, eight times
the recommended maximum for human consumption. Because non-Indian cas
es of Indian childhood cirrhosis associated with excess copper ingesti
on are increasingly being recognised, and as early treatment can resto
re normal liver morphology, we support the use of the previously sugge
sted alternative term for this condition, ie; 'copper-associated liver
disease in childhood'. Measurement of hepatic copper concentrations i
n all children less than six years of age who develop hepatic failure
of unknown cause will increase its recognition. On diagnosis sources o
f increased dietary copper should be investigated to ensure that young
er siblings are not similarly exposed.