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Phenotypes Associated with This Genotype
Genotype
MGI:3606228
Allelic
Composition
Shox2tm1Ypc/Shox2tm1Ypc
Genetic
Background
involves: 129X1/SvJ * C57BL/6
Find Mice Using the International Mouse Strain Resource (IMSR)
Mouse lines carrying:
Shox2tm1Ypc mutation (0 available); any Shox2 mutation (19 available)
phenotype observed in females
phenotype observed in males
N normal phenotype
mortality/aging
• 63% of embryos die between E11.5 and E12.5

craniofacial
• PCNA staining showed a decreased level of mesenchymal cell proliferation in the anterior regions of the palate at E12.5
• at E12.5 the anterior palate appears slightly shorter and decreased cell proliferation is seen in the anterior epithelium and mesenchyme
• at E17.5, the secondary palate failed to fuse with the primary palate and the nasal septum
• an increased level of apoptosis was detected in the anterior palatal epithelium at E13.5
• a decreased level of cell proliferation, assayed by PCNA staining, was detected in the anterior regions, in both epithelium and mesenchyme, of the palate at E12.5
• at E13.5, the palatal shelves are dramatically growth retarded, appear broader due to a shallow ventrolateral indentation, and display increased apoptosis in the anterior epithelium; however, the posterior palate formation is normal
• at E14.5 the palatal shelves have elevated over the tongue but only make contact at the midline in the posterior region
• at E15.0, a cleft remained in the anterior palate where the hard palate (anterior two-thirds of the palate) forms, while the posterior region of the palate began to fuse, as indicated by the disruption of the midline seam
• incomplete clefting of the anterior palate which at E15 extends from the anterior extremity of the secondary palate to the first molar level
• at E17.5, the secondary palate failed to fuse with the primary palate and the nasal septum

cardiovascular system

digestive/alimentary system
• PCNA staining showed a decreased level of mesenchymal cell proliferation in the anterior regions of the palate at E12.5
• at E12.5 the anterior palate appears slightly shorter and decreased cell proliferation is seen in the anterior epithelium and mesenchyme
• at E17.5, the secondary palate failed to fuse with the primary palate and the nasal septum
• an increased level of apoptosis was detected in the anterior palatal epithelium at E13.5
• a decreased level of cell proliferation, assayed by PCNA staining, was detected in the anterior regions, in both epithelium and mesenchyme, of the palate at E12.5
• at E13.5, the palatal shelves are dramatically growth retarded, appear broader due to a shallow ventrolateral indentation, and display increased apoptosis in the anterior epithelium; however, the posterior palate formation is normal
• at E14.5 the palatal shelves have elevated over the tongue but only make contact at the midline in the posterior region
• at E15.0, a cleft remained in the anterior palate where the hard palate (anterior two-thirds of the palate) forms, while the posterior region of the palate began to fuse, as indicated by the disruption of the midline seam
• incomplete clefting of the anterior palate which at E15 extends from the anterior extremity of the secondary palate to the first molar level
• at E17.5, the secondary palate failed to fuse with the primary palate and the nasal septum

growth/size/body
• PCNA staining showed a decreased level of mesenchymal cell proliferation in the anterior regions of the palate at E12.5
• at E12.5 the anterior palate appears slightly shorter and decreased cell proliferation is seen in the anterior epithelium and mesenchyme
• at E17.5, the secondary palate failed to fuse with the primary palate and the nasal septum
• an increased level of apoptosis was detected in the anterior palatal epithelium at E13.5
• a decreased level of cell proliferation, assayed by PCNA staining, was detected in the anterior regions, in both epithelium and mesenchyme, of the palate at E12.5
• at E13.5, the palatal shelves are dramatically growth retarded, appear broader due to a shallow ventrolateral indentation, and display increased apoptosis in the anterior epithelium; however, the posterior palate formation is normal
• at E14.5 the palatal shelves have elevated over the tongue but only make contact at the midline in the posterior region
• at E15.0, a cleft remained in the anterior palate where the hard palate (anterior two-thirds of the palate) forms, while the posterior region of the palate began to fuse, as indicated by the disruption of the midline seam
• incomplete clefting of the anterior palate which at E15 extends from the anterior extremity of the secondary palate to the first molar level
• at E17.5, the secondary palate failed to fuse with the primary palate and the nasal septum


Contributing Projects:
Mouse Genome Database (MGD), Gene Expression Database (GXD), Mouse Models of Human Cancer database (MMHCdb) (formerly Mouse Tumor Biology (MTB)), Gene Ontology (GO)
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last database update
04/30/2024
MGI 6.23
The Jackson Laboratory