homeostasis/metabolism
N |
• mice with this mutation do not develop xanthomas when fed a high fat, high cholesterol diet
• mice with this mutation do not become obese when fed a high fat, high cholesterol diet
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• on a chow diet, 14 week old heterozygous mutant female, but not male, mice exhibit significantly (p<=0.05) greater elevation of total serum cholesterol than do C57BL/6J controls
• after 5 weeks on a high fat, high cholesterol diet, 14 week old heterozygous mutant mice exhibit significantly (p<=0.05) greater elevation of total serum cholesterol than do C57BL/6J control mice; heterozygous G3 female mice (N=4) exhibited, on average, 4.5-fold baseline levels of total cholesterol, versus 2.5-fold baseline for controls
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• on a chow diet, 14 week old heterozygous mutant female, but not male, mice exhibit significantly (p<=0.05) greater elevation of HDL cholesterol than do C57BL/6J controls
• after 5 weeks on a high fat, high cholesterol diet, 14 week old heterozygous mutant mice exhibit significantly (p<=0.05) greater elevation of HDL cholesterol than do C57BL/6J control mice
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cardiovascular system
• all mice with this mutation fed an atherogenic diet for 5 weeks develop severe aortic atherosclerosis with collagen deposition, atherosclerosis of the pulmonary arteries, and incipient lesions with foam cell accumulation in the coronary arteries
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hematopoietic system
• lesions with foam cell accumulations are seen in coronary arteries
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immune system
• lesions with foam cell accumulations are seen in coronary arteries
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cellular
• lesions with foam cell accumulations are seen in coronary arteries
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Mouse Models of Human Disease |
DO ID | OMIM ID(s) | Ref(s) | |
familial hypercholesterolemia | DOID:13810 |
OMIM:143890 |
J:82961 |