cellular
• olfactory cilia lack stable microtubules and the ciliary layer is thinner compared to wild-type
|
mortality/aging
• 40-50% embryonic lethality is seen at E10.5
|
growth/size/body
• olfactory cilia lack stable microtubules and the ciliary layer is thinner compared to wild-type
|
• the apical dendrites are distorted rather than projecting straight to the surface as in wild-type mice
|
• all homozygotes are runts at birth, however no mutants display polydactyly, situs inversus, or renal or liver abnormalities unlike humans with BBS mutations
|
taste/olfaction
• olfactory cilia lack stable microtubules and the ciliary layer is thinner compared to wild-type
|
• the apical dendrites are distorted rather than projecting straight to the surface as in wild-type mice
|
vision/eye
• 30% of homozygotes develop retinal degeneration
|
nervous system
• the apical dendrites are distorted rather than projecting straight to the surface as in wild-type mice
|
respiratory system
• olfactory cilia lack stable microtubules and the ciliary layer is thinner compared to wild-type
|
• the apical dendrites are distorted rather than projecting straight to the surface as in wild-type mice
|
craniofacial
• olfactory cilia lack stable microtubules and the ciliary layer is thinner compared to wild-type
|
• the apical dendrites are distorted rather than projecting straight to the surface as in wild-type mice
|
Mouse Models of Human Disease |
DO ID | OMIM ID(s) | Ref(s) | |
Bardet-Biedl syndrome 1 | DOID:0110123 |
OMIM:209900 |
J:92950 | |
obesity | DOID:9970 |
OMIM:601665 |
J:92950 |