cellular
• disappearance of the double structure of mitochondrial membranes in the liver
(J:52686)
• disruption of the double structure of the mitochondrial membrane from liver mitochondria
(J:69727)
|
• intracellular increase in lipid peroxidization in the liver as showed by an increase in hydroperoxide products indicating oxidative stress in the liver in the absence of inflammation
|
liver/biliary system
• hepatocytes from 12 month or older mice exhibit scattered residual bodies or lipofuscin granules and secondary lysosomes carrying various cytoplasmic organelles, indicating signs of damage induced by reactive oxygen species
|
• mild steatosis at young age that becomes moderate to severe with increasing age
(J:52686)
• all males and about 50% of females develop steatosis by 6 months of age
(J:52686)
• however, mice show normal weight and total cholesterol and triglyceride levels
(J:52686)
|
• hepatocellular carcinoma develops from within the adenomas without cytoplasmic fat droplets
|
• male mice develop hepatic tumors after 16 months of age that first appear as adenomas containing fat droplets in the cytoplasm
|
• intracellular increase in lipid peroxidization in the liver as indicated by an increase in hydroperoxide products by about 170% compared to controls
• administration of alcohol causes an increase in the levels of hydroperoxides of phosphatidylcholine
|
neoplasm
• hepatocellular carcinoma develops from within the adenomas without cytoplasmic fat droplets
|
• male mice develop hepatic tumors after 16 months of age that first appear as adenomas containing fat droplets in the cytoplasm
|
homeostasis/metabolism
• total and reduced glutathione level is lower than in controls
|
• males show an increase in catalase activity in the liver
|
Mouse Models of Human Disease |
DO ID | OMIM ID(s) | Ref(s) | |
hepatocellular carcinoma | DOID:684 |
OMIM:114550 |
J:69727 |