11.   Trichloroethene, a probable human carcinogen, can cause liver damage and genetic mutations in both human and animal populations.

12.   There is a risk of liver damage with this medication.

13.   Virtually all of those currently available have been reported to cause liver damage which can range from minor transient abnormalities in liver function tests to fulminant hepatic necrosis.

14.   Their liver damage is usually mild, dose dependent, and reversible when the drug is stopped.

15.   This also seems to be the mechanism of piroxicam induced liver damage.

16.   These data suggest that the risk of liver damage is greatest in patients with active viral replication before operation.

17.   It is uncertain whether the development of these ground glass hepatocytes is a benign phenomenon or is linked with the progression to liver damage.

18.   Despite extensive research, the mechanisms underlying between-individual variation in susceptibility to alcohol induced liver damage remain elusive.

19.   The role of genes encoding other alcohol metabolising enzymes in a genetic predisposition to alcoholic liver damage has yet to be explored.