mortality/aging
nervous system
• in older (P21-P28) mice
|
• reduced multiciliated tufts in the lateral ventricle at P21 and more so at P28
• reduced density of ciliary axoneme within tufts
• due to defects in cilia formation rather than differentiation of ependymal cells or loss of ependymal cell cilia
|
hydrocephaly
(
J:269442
)
• postnatal-onset, progressive in all mice
|
• in older (P21-P28) mice
|
• with increased intracellular pressure
|
behavior/neurological
• in an open field
|
craniofacial
cardiovascular system
• in older (P21-P28) mice
|
cellular
• reduced multiciliated tufts in the lateral ventricle at P21 and more so at P28
• reduced density of ciliary axoneme within tufts
• due to defects in cilia formation rather than differentiation of ependymal cells or loss of ependymal cell cilia
|
skeleton