mortality/aging
|
• all die by 5 weeks of age
|
renal/urinary system
|
• show an increase in apoptosis in the kidney at E15.5
|
|
• renal parenchyma is decreased and homozygotes exhibit histopathological changes consistent with obstructive nephropathy
|
kidney cyst
(
J:105047
)
|
• multiple cysts of varying sizes are observed at birth as well as later times
|
|
• globally sclerosed glomeruli, indicating end-stage renal histology
|
|
• severe reduction in the number of glomeruli
|
|
• kidneys fail to establish an outer cortex region
|
|
• kidneys fail to establish a normal architecture
• developing glomeruli are seen in embryos but they are scant and scattered throughout the mesenchyme
|
|
• kidneys fail to establish an inner medulla region
|
|
• ectopic kidney is seen by E15.5
|
|
• severe dilation of both ureters
|
large ureter
(
J:105047
)
|
• distal obstruction in postnatal mice, most likely due to the inability of ureters to separate from the wolffian duct
|
|
• bilateral megaureters with distal stenosis are seen at birth
|
|
• severe decrease in the branching morphogenesis of the ureteric buds
|
|
• exhibit bilateral supernumerary ureteric buds that are attached to the wolffian duct
|
endocrine/exocrine glands
|
|
• ovaries fail to descend to normal location at birth due to inability of the Wolffian duct to separate from the ureters
|
cryptorchism
(
J:105047
)
|
|
• testes fail to descend to normal location at birth due to inability of the vas deferens to separate from the ureters
|
reproductive system
|
|
• ovaries fail to descend to normal location at birth due to inability of the Wolffian duct to separate from the ureters
|
cryptorchism
(
J:105047
)
|
|
• testes fail to descend to normal location at birth due to inability of the vas deferens to separate from the ureters
|
cellular
|
• show an increase in apoptosis in the kidney at E15.5
|
growth/size/body
kidney cyst
(
J:105047
)
|
• multiple cysts of varying sizes are observed at birth as well as later times
|


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