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Phenotypes associated with this allele
Allele Symbol
Allele Name
Allele ID
Ush1cdfcr
deaf circler
MGI:2651858
Summary 2 genotypes
Jump to Allelic Composition Genetic Background Genotype ID
hm1
Ush1cdfcr/Ush1cdfcr involves: BALB/cByJ MGI:2676319
hm2
Ush1cdfcr/Ush1cdfcr involves: BALB/cBySmn * C57BL/6 * CB17 MGI:4436730


Genotype
MGI:2676319
hm1
Allelic
Composition
Ush1cdfcr/Ush1cdfcr
Genetic
Background
involves: BALB/cByJ
Find Mice Using the International Mouse Strain Resource (IMSR)
Mouse lines carrying:
Ush1cdfcr mutation (1 available); any Ush1c mutation (8 available)
phenotype observed in females
phenotype observed in males
N normal phenotype
behavior/neurological

hearing/vestibular/ear
• at 3 weeks of age, before hair cell degeneration was apparent, examination of of the organ of Corti revealed that stereocilia of the inner hair cells displayed a milder disorganization than the outer hair cells (J:85400)
• at 3 weeks of age, before hair cell degeneration was apparent, examination of of the organ of Corti revealed that stereocilia of the inner hair cells displayed a milder disorganization than the outer hair cells (J:85400)
• at 3 weeks of age, before hair cell degeneration was apparent, examination of of the organ of Corti revealed disorganization of the normally rigid and structured outer hair cell stereocilia (J:85400)
• at 3 weeks of age, before hair cell degeneration was apparent, examination of of the organ of Corti revealed disorganization of the normally rigid and structured outer hair cell stereocilia (J:85400)
• 3 month old mice displayed a progressive loss of vestibular hair cells (J:85400)
• 3 month old mice displayed a progressive loss of vestibular hair cells (J:85400)
• complete absence of acoustic brainstem response at 3 weeks of age (J:85400)
• complete absence of acoustic brainstem response at 3 weeks of age (J:85400)
• mice are congenitally deaf (J:85400)
• mice are congenitally deaf (J:85400)

vision/eye
• a slight peripheral retinal degeneration was observed at 9 months of age (J:85400)
• a slight peripheral retinal degeneration was observed at 9 months of age (J:85400)

nervous system
• at 3 weeks of age, before hair cell degeneration was apparent, examination of of the organ of Corti revealed that stereocilia of the inner hair cells displayed a milder disorganization than the outer hair cells (J:85400)
• at 3 weeks of age, before hair cell degeneration was apparent, examination of of the organ of Corti revealed that stereocilia of the inner hair cells displayed a milder disorganization than the outer hair cells (J:85400)
• at 3 weeks of age, before hair cell degeneration was apparent, examination of of the organ of Corti revealed disorganization of the normally rigid and structured outer hair cell stereocilia (J:85400)
• at 3 weeks of age, before hair cell degeneration was apparent, examination of of the organ of Corti revealed disorganization of the normally rigid and structured outer hair cell stereocilia (J:85400)
• 3 month old mice displayed a progressive loss of vestibular hair cells (J:85400)
• 3 month old mice displayed a progressive loss of vestibular hair cells (J:85400)




Genotype
MGI:4436730
hm2
Allelic
Composition
Ush1cdfcr/Ush1cdfcr
Genetic
Background
involves: BALB/cBySmn * C57BL/6 * CB17
Find Mice Using the International Mouse Strain Resource (IMSR)
Mouse lines carrying:
Ush1cdfcr mutation (1 available); any Ush1c mutation (8 available)
phenotype observed in females
phenotype observed in males
N normal phenotype
hearing/vestibular/ear
• hair bundles in the cochlea lack upper tip-link densities but do contain tip links (J:157359)
• hair bundles in the cochlea lack upper tip-link densities but do contain tip links (J:157359)
• degenerative changes in the organ of Corti are evident in mice over a few months in age (J:157359)
• degenerative changes in the organ of Corti are evident in mice over a few months in age (J:157359)
• activation of transducer currents at similar Po was significantly slowed (J:157359)
• activation time constants and resting Po is reduced (J:157359)
• resting Po and adaptation time constants are significantly reduced and slow adaptation is significantly slowed compared to wild-type (J:157359)
• the mean Tfast in hair cells is nearly doubled (J:157359)
• both the kinetics of channel activation and adaptation are slowed (J:157359)
• resting Po and adaptation time constants are significantly reduced and slow adaptation is significantly slowed compared to wild-type (J:157359)
• the mean Tfast in hair cells is nearly doubled (J:157359)
• activation of transducer currents at similar Po was significantly slowed (J:157359)
• activation time constants and resting Po is reduced (J:157359)
• both the kinetics of channel activation and adaptation are slowed (J:157359)
• by 4 weeks of age, auditory thresholds are greater than 90 dB (J:157359)
• by 4 weeks of age, auditory thresholds are greater than 90 dB (J:157359)
• by 4 weeks of age (J:157359)
• by 4 weeks of age (J:157359)

nervous system
• hair bundles in the cochlea lack upper tip-link densities but do contain tip links (J:157359)
• hair bundles in the cochlea lack upper tip-link densities but do contain tip links (J:157359)
• resting Po and adaptation time constants are significantly reduced and slow adaptation is significantly slowed compared to wild-type (J:157359)
• the mean Tfast in hair cells is nearly doubled (J:157359)
• activation of transducer currents at similar Po was significantly slowed (J:157359)
• activation time constants and resting Po is reduced (J:157359)
• both the kinetics of channel activation and adaptation are slowed (J:157359)
• resting Po and adaptation time constants are significantly reduced and slow adaptation is significantly slowed compared to wild-type (J:157359)
• the mean Tfast in hair cells is nearly doubled (J:157359)
• activation of transducer currents at similar Po was significantly slowed (J:157359)
• activation time constants and resting Po is reduced (J:157359)
• both the kinetics of channel activation and adaptation are slowed (J:157359)
• degenerative changes in the organ of Corti affecting the spiral ganglion neurons are evident in mice over a few months of age (J:157359)
• degenerative changes in the organ of Corti affecting the spiral ganglion neurons are evident in mice over a few months of age (J:157359)





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last database update
02/02/2016
MGI 6.02
The Jackson Laboratory