mortality/aging
• mice survive less than 3 weeks
|
growth/size/body
behavior/neurological
• mice exhibit sporadic epileptic seizures
|
nervous system
• mice exhibit sporadic epileptic seizures
|
• white matter contains increased oligodendrocyte progenitor cell numbers
|
• mice show vanishing white matter disease signs from P10
• vacuolization of the cerebellar white matter in P21 mice
|
• hyaluronan is increased in P21 old forebrain
|
• almost all Bergmann glia in P21 mice are mislocalized to the molecular layer of the cerebellar cortex and are GFAPdelta-immunopositive
|
• white matter shows vacuolization; vacuoles are surrounded by myelin strands indicating that they are intramyelinic
|
• the number of mature oligodendrocytes is deceased
• however, oligodendrocyte morphology is normal
|
• deficient myelin formation, maturation, and maintenance, and progressive myelin vacuolization
|
vision/eye
• mice show signs of retinal laminar disorganization at 3 weeks of age
• retinal changes include uneven margins of the inner and outer nuclear layers with a thinned inner plexiform layer, ectopic inner nuclear cells, and displaced granule cells from the outer nuclear layer to the photoreceptor layer
|
• uneven margins of the inner nuclear layer
|
• uneven margins of the outer nuclear layer
|
cellular
• white matter contains increased oligodendrocyte progenitor cell numbers
|
homeostasis/metabolism
• hyaluronan is increased in P21 old forebrain
|
Mouse Models of Human Disease |
DO ID | OMIM ID(s) | Ref(s) | |
leukoencephalopathy with vanishing white matter | DOID:0060868 |
OMIM:PS603896 |
J:234659 |