growth/size/body
|
• upper incisors were hypomorphic in the mutant mice
|
|
• significantly less body weight than control littermates
|
|
• at one week and six weeks after birth, mutant pups and mice show slower weight/length gain than controls
|
microcephaly
(
J:226455
)
|
• at 4 weeks, surviving mutant mice have a smaller head
|
|
• at 4 weeks, surviving mutant mice have a smaller body length
|
|
• forelimbs and hindlimbs are disproportionally shorter compared to littermates
|
craniofacial
|
• skull bones were smaller and less mineralized especially within the nasal and frontal bones
|
|
• upper incisors were hypomorphic in the mutant mice
|
limbs/digits/tail
|
• shorter appendicular bones in forearms
|
short radius
(
J:226455
)
|
• shorter appendicular bones in forearms
|
short ulna
(
J:226455
)
|
• shorter appendicular bones in forearms
|
short femur
(
J:226455
)
|
• quantification on the length showed 15-30% decrease for each bone in both legs
|
short fibula
(
J:226455
)
|
• quantification on the length showed 15-30% decrease for each bone in both legs
|
short tibia
(
J:226455
)
|
• quantification on the length showed 15-30% decrease for each bone in both legs
|
short limbs
(
J:226455
)
|
• at 4 weeks, surviving mutant mice have smaller arms and legs
|
mortality/aging
|
• many of the mutant mice died before reaching weaning stage (~3 weeks after birth)
|
skeleton
|
• skull bones were smaller and less mineralized especially within the nasal and frontal bones
|
|
• upper incisors were hypomorphic in the mutant mice
|
|
• shorter appendicular bones in forearms
|
short radius
(
J:226455
)
|
• shorter appendicular bones in forearms
|
short ulna
(
J:226455
)
|
• shorter appendicular bones in forearms
|
short femur
(
J:226455
)
|
• quantification on the length showed 15-30% decrease for each bone in both legs
|
short fibula
(
J:226455
)
|
• quantification on the length showed 15-30% decrease for each bone in both legs
|
short tibia
(
J:226455
)
|
• quantification on the length showed 15-30% decrease for each bone in both legs
|
|
• skull bones were smaller and less mineralized especially within the nasal and frontal bones
|
|
• trabecular components of tibia and femur are reduced
|
Mouse Models of Human Disease |
DO ID | OMIM ID(s) | Ref(s) | |
| Ellis-Van Creveld syndrome | DOID:12714 |
OMIM:225500 |
J:226455 | |


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