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Phenotypes associated with this allele
Allele Symbol
Allele Name
Allele ID
C1qtnf5tm1(KOMP)Vlcg
targeted mutation 1, Velocigene
MGI:4460570
Summary 1 genotype
Jump to Allelic Composition Genetic Background Genotype ID
hm1
C1qtnf5tm1(KOMP)Vlcg/C1qtnf5tm1(KOMP)Vlcg involves: C57BL/6NTac MGI:5823418


Genotype
MGI:5823418
hm1
Allelic
Composition
C1qtnf5tm1(KOMP)Vlcg/C1qtnf5tm1(KOMP)Vlcg
Genetic
Background
involves: C57BL/6NTac
Cell Lines 12534A-H11
Find Mice Using the International Mouse Strain Resource (IMSR)
Mouse lines carrying:
C1qtnf5tm1(KOMP)Vlcg mutation (1 available); any C1qtnf5 mutation (14 available)
phenotype observed in females
phenotype observed in males
N normal phenotype
homeostasis/metabolism
N
• on a chow diet, mice show no differences in glucose or insulin tolerance relative to wild-type controls
• HFD-fed mice show normal rates of oxygen consumption, carbon dioxide production, respiratory exchange ratios, and energy expenditure relative to similarly fed wild-type controls
• HFD-fed mice show robust insulin secretion at 30 min after glucose injection
• however, no differences are observed in a glucose tolerance test on a HFD
• aged mice (>10 months of age) fed a HFD later in life show lowered fasting blood glucose levels relative to similarly treated wild-type controls
• however, mice fed a chow diet or HFD at weaning exhibit normal fasting blood glucose levels relative to similarly fed wild-type controls
• on a chow diet or HFD, mice show significantly lower fasting insulin levels relative to similarly fed wild-type controls
• aged mice (>10 months of age) fed a HFD later in life show lowered fasting insulin levels relative to similarly treated wild-type controls
• HFD-fed mice exhibit reduced gluconeogenic gene (glucose-6-phosphatase, G6pc) expression in liver
• aged mice (>10 months of age) fed a HFD later in life show improved glucose tolerance relative to similarly treated wild-type controls
• on a chow diet or HFD, mice show a significantly lower insulin resistance index (HOMA-IR) relative to similarly fed wild-type controls
• HFD-fed mice show a significantly greater rate of insulin-stimulated glucose clearance in peripheral tissues than similarly fed wild-type controls
• aged mice (>10 months of age) fed a HFD later in life show reduced insulin resistance and improved insulin tolerance relative to similarly treated wild-type controls
• HFD-fed mice exhibit reduced hepatic triglyceride content, but not cholesterol levels, relative to similarly fed wild-type controls
• aged mice (>10 months of age) fed a HFD later in life show decreased expression of genes involved in hepatic triglyceride synthesis relative to similarly treated wild-type controls
• however, triglyceride levels in serum and skeletal muscle are normal

liver/biliary system
• HFD-fed mice exhibit reduced hepatic triglyceride content, but not cholesterol levels, relative to similarly fed wild-type controls
• aged mice (>10 months of age) fed a HFD later in life show decreased expression of genes involved in hepatic triglyceride synthesis relative to similarly treated wild-type controls
• however, triglyceride levels in serum and skeletal muscle are normal
• HFD-fed mice exhibit reduced hepatic steatosis relative to similarly fed wild-type controls

behavior/neurological
• HFD-fed mice exhibit a very modest reduction in food intake during the dark cycle relative to similarly fed wild-type controls
• however, no significant changes in average body weight or adiposity are observed over time

endocrine/exocrine glands
• HFD-fed mice show robust insulin secretion at 30 min after glucose injection
• however, no differences are observed in a glucose tolerance test on a HFD

growth/size/body
N
• mice fed a chow diet or a high-fat diet (HFD) exhibit normal body weight and body composition (fat and lean mass) relative to similarly fed wild-type controls

adipose tissue
N
• HFD-fed mice exhibit no alterations in adipose tissue inflammation and fibrosis relative to similarly fed wild-type controls





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last database update
11/12/2024
MGI 6.24
The Jackson Laboratory