Gene editing
Ube3atm1Jwf
Alias:
Ube3a (m-)
Basic Information
Phenotypes
References
Basic Information
3.2 kb of the gene including part of exon 15 and all of exon 16 was replaced with a IRES-lacZ-neo cassette via homologous recombination resulting in deletion of the C-terminal region encoding ubiquitin protein ligase activity. Absence of gene expression in animals carrying a mutant maternal allele was confirmed by Western blot analysis. Beta-gal staining of brain sections from maternal-deficient animals showed high levels of lacZ activity in the hippocampus, dentate gyrus, ventricular ependyma, and in scattered cells throughout the frontal cortex. (J:75622)
Basic Information
MGI ID
Strain of Origin
Allele Type
Mutation
Inheritance
Related Gene
Related Disease
Reference
129S4/SvJae
Targeted
--
--
1
6
9
Phenotypes
Because of their genetic and physiological similarities with humans, mouse models are essential for understanding human illnesses. Advances in molecular biology and gene editing improve disease replication in mice, allowing researchers to get a better understanding of disease causes, identify biomarkers, and create treatments.
Legend:
hm: homozygous
ht: heterozygous
cn: conditional genotype
cx: complex: > 1 genome feature
tg: involves transgenes
ot: other: hemizygous, indeterminate,...
(F): Female
(M): Male
phenotype observed
N: normal phenotype
(#) :related diseases count
Phenotypes:
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Phenotypes
References
Disease models are key instruments in biomedical research, and their literature reports are critical to the advancement of research. These publications provide researchers with a comprehensive theoretical foundation by detailing the design procedures, application regions, and outcomes analysis of disease models.
Title
PMID
Journal
Year
IF
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Comparison
BioGPT