homeostasis/metabolism
• mice have significantly lower unsaturated iron binding capacity compared to controls
|
• non-heme splenic iron levels are significantly reduced compared to littermate controls
|
• plasma iron levels are significantly elevated compared to age and sex matched controls
(J:132134)
• transferrin saturation is significantly elevated and the unsaturated iron binding capacity is significantly reduced
(J:132134)
• serum transferring saturation at 10 weeks of age is 60.6% compared to 33.8% in wild-type controls
(J:132141)
|
• iron accumulates in the parenchymal cells of the liver
(J:132134)
• iron levels are 3- to 6- fold higher than in littermate controls
(J:132134)
• liver iron content is 4 times higher than in wild-type controls at 10 weeks of age
(J:132141)
• liver iron levels are more than three times higher than in controls
(J:141745)
|
• symptoms in mice are consistent with hemocromatosis
|
hematopoietic system
• non-heme splenic iron levels are significantly reduced compared to littermate controls
|
immune system
• non-heme splenic iron levels are significantly reduced compared to littermate controls
|
liver/biliary system
• iron accumulates in the parenchymal cells of the liver
(J:132134)
• iron levels are 3- to 6- fold higher than in littermate controls
(J:132134)
• liver iron content is 4 times higher than in wild-type controls at 10 weeks of age
(J:132141)
• liver iron levels are more than three times higher than in controls
(J:141745)
|
Mouse Models of Human Disease |
DO ID | OMIM ID(s) | Ref(s) | |
hemochromatosis type 1 | DOID:0111029 |
OMIM:235200 |
J:141745 |