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Phenotypes associated with this allele
Allele Symbol
Allele Name
Allele ID
Fkbp8tm1Kei
targeted mutation 1, Keiichi I Nakayama
MGI:3777160
Summary 2 genotypes
Jump to Allelic Composition Genetic Background Genotype ID
hm1
Fkbp8tm1Kei/Fkbp8tm1Kei involves: 129/Sv MGI:3793287
hm2
Fkbp8tm1Kei/Fkbp8tm1Kei involves: 129 * C57BL/6J MGI:3819790


Genotype
MGI:3793287
hm1
Allelic
Composition
Fkbp8tm1Kei/Fkbp8tm1Kei
Genetic
Background
involves: 129/Sv
Find Mice Using the International Mouse Strain Resource (IMSR)
Mouse lines carrying:
Fkbp8tm1Kei mutation (1 available); any Fkbp8 mutation (8 available)
phenotype observed in females
phenotype observed in males
N normal phenotype
cellular
• proteasome activity in the membrane fraction of mutant MEFs is reduced compared to wild-type MEFs (J:132541)
• proteasome activity in the membrane fraction of mutant MEFs is reduced compared to wild-type MEFs (J:132541)




Genotype
MGI:3819790
hm2
Allelic
Composition
Fkbp8tm1Kei/Fkbp8tm1Kei
Genetic
Background
involves: 129 * C57BL/6J
Find Mice Using the International Mouse Strain Resource (IMSR)
Mouse lines carrying:
Fkbp8tm1Kei mutation (1 available); any Fkbp8 mutation (8 available)
phenotype observed in females
phenotype observed in males
N normal phenotype
mortality/aging
• mice die soon after birth and are all dead by P1.5 (J:132961)
• mice die soon after birth and are all dead by P1.5 (J:132961)

nervous system
• neuron progenitors are abnormally distributed (J:132961)
• however, proliferation rates of neurons is normal (J:132961)
• at E14.5, axons of betaIII-tubulin+ neurons in the spinal cord project transversely over the midline instead of extending along the same side of the neural tube as in wild-type mice (J:132961)
• neuron progenitors are abnormally distributed (J:132961)
• however, proliferation rates of neurons is normal (J:132961)
• at E14.5, axons of betaIII-tubulin+ neurons in the spinal cord project transversely over the midline instead of extending along the same side of the neural tube as in wild-type mice (J:132961)
• at E16.5, the neural tube is deformed with a thin epithelium and dilated central canal at the cervical level but is reduced in size at the sacral level (J:132961)
• the brain neural tube is malformed with enlarged lumen and aggregated neuroepithelium (J:132961)
• at E16.5, the neural tube is deformed with a thin epithelium and dilated central canal at the cervical level but is reduced in size at the sacral level (J:132961)
• the brain neural tube is malformed with enlarged lumen and aggregated neuroepithelium (J:132961)
• at E13.5, mice exhibit an aggregation of cells in the neuroepithelium (J:132961)
• at E13.5, mice exhibit an aggregation of cells in the neuroepithelium (J:132961)
• in all mice (J:132961)
• in all mice (J:132961)
• the brain cortex is shrunken medially with dorsal overlap and cells in the brain are highly disorganized (J:132961)
• the brain cortex is shrunken medially with dorsal overlap and cells in the brain are highly disorganized (J:132961)
• in some mice (J:132961)
• in some mice (J:132961)
• the neuroepithelium of the cerebrum is disorganized and exhibits an increase in neuron density compared to in wild-type mice (J:132961)
• the neuroepithelium of the cerebrum is disorganized and exhibits an increase in neuron density compared to in wild-type mice (J:132961)
• the cerebellum appears immature and has fewer grooves than in wild-type mice (J:132961)
• the cerebellum appears immature and has fewer grooves than in wild-type mice (J:132961)
• at E13.5, ganglionic eminences are dysplastic (J:132961)
• at E13.5, ganglionic eminences are dysplastic (J:132961)
• dorsal root ganglia are rudimentary especially at the lumber-sacral level due to increased apoptosis (J:132961)
• dorsal root ganglia are rudimentary especially at the lumber-sacral level due to increased apoptosis (J:132961)

skeleton
• the lumbar vertebra exhibits open vertebrae with large vertebral bodies, short but stretched vertebral arches and crushed spinal cord (J:132961)
• the lumbar vertebra exhibits open vertebrae with large vertebral bodies, short but stretched vertebral arches and crushed spinal cord (J:132961)

limbs/digits/tail
• at birth (J:132961)
• at birth (J:132961)
• some mice exhibit talipes varus (J:132961)
• some mice exhibit talipes varus (J:132961)
• in some mice (J:132961)
• in some mice (J:132961)

homeostasis/metabolism
• at birth (J:132961)
• at birth (J:132961)
• at birth (J:132961)
• at birth (J:132961)

behavior/neurological

growth/size/body
• at birth (J:132961)
• at birth (J:132961)

respiratory system
• at birth (J:132961)
• at birth (J:132961)

embryogenesis
• at E16.5, the neural tube is deformed with a thin epithelium and dilated central canal at the cervical level but is reduced in size at the sacral level (J:132961)
• the brain neural tube is malformed with enlarged lumen and aggregated neuroepithelium (J:132961)
• at E16.5, the neural tube is deformed with a thin epithelium and dilated central canal at the cervical level but is reduced in size at the sacral level (J:132961)
• the brain neural tube is malformed with enlarged lumen and aggregated neuroepithelium (J:132961)
• at E13.5, mice exhibit an aggregation of cells in the neuroepithelium (J:132961)
• at E13.5, mice exhibit an aggregation of cells in the neuroepithelium (J:132961)
• in all mice (J:132961)
• in all mice (J:132961)

cellular
• neuron progenitors are abnormally distributed (J:132961)
• however, proliferation rates of neurons is normal (J:132961)
• at E14.5, axons of betaIII-tubulin+ neurons in the spinal cord project transversely over the midline instead of extending along the same side of the neural tube as in wild-type mice (J:132961)
• neuron progenitors are abnormally distributed (J:132961)
• however, proliferation rates of neurons is normal (J:132961)
• at E14.5, axons of betaIII-tubulin+ neurons in the spinal cord project transversely over the midline instead of extending along the same side of the neural tube as in wild-type mice (J:132961)





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last database update
01/26/2016
MGI 6.02
The Jackson Laboratory