Phenotypes associated with this allele
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Find Mice |
Using the International Mouse Strain Resource (IMSR)
Mouse lines carrying:
Gt(ROSA)26Sortm1(CAG-Slc39a14*L438R)Wvh mutation
(1 available);
any
Gt(ROSA)26Sor mutation
(944 available)
Tg(Ctsk-cre)1Rda mutation
(0 available)
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skeleton
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• tibia show a decrease in osteoclast-covered bone surface
• however, osteoclast number and osteoblast-covered surface and number are unaltered
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• trabecular bone volume is increased in lumbar spine of females
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• males exhibit decreased cortical porosity in femurs while females exhibit increased cortical porosity in femurs
• however, trabecular bone is unaffected
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• trabecula number is increased in lumbar spine of females
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• trabecular separation in lumbar spine of females is decreased
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• trabecular thickness is increased in lumbar spine of females
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• tibial endocortical bone surface shows an increase in endosteal mineralizing surface
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• trabecular bone surface of vertebral bodies shows a decrease in mineralizing surface and bone formation rate
• however, biomechanical properties of femurs are similar to controls
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limbs/digits/tail
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• tibia show a decrease in osteoclast-covered bone surface
• however, osteoclast number and osteoblast-covered surface and number are unaltered
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craniofacial
N |
• mice exhibit normal calvarial bone thickness and porosity
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Find Mice |
Using the International Mouse Strain Resource (IMSR)
Mouse lines carrying:
Gt(ROSA)26Sortm1(CAG-Slc39a14*L438R)Wvh mutation
(1 available);
any
Gt(ROSA)26Sor mutation
(944 available)
Tg(Runx2-icre)1Jtuc mutation
(0 available)
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skeleton
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• long bone osteoblasts exhibit an increased expression of inflammatory cytokines during osteoblast differentiation
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• osteoclast number is increased in lumbar vertebral bodies and tibiae and osteoclast-covered surface of lumbar vertebral bodies and tibiae is increased in males
• osteoclast surface per bone surface and osteoclast number per bone perimeter is increased in vertebral bodies of females
• however, no differences in osteoblast-covered surface or number are seen
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• femurs exhibit a smaller midshaft diameter
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• tibia show decreased midshaft diameter
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• decrease in trabecular bone volume in femurs and lumbar spine of males
• decrease in trabecular bone volume in lumbar spine of females
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• femurs show decreased cortical porosity
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• femurs and tibiae show an increase in cortical thickness
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• decrease in trabecula number in femurs and lumbar spine of males
• decrease in trabecula number in lumbar spine of females
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• increase in trabecular separation in femurs and lumbar spine
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• decrease in trabecular bone connection density
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• femurs show decreased trabecular mass
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• reduction in cortical mineralization of femurs
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• tibial endocortical bone surface shows an increase in endosteal mineralizing surface
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• tibial endocortical bone surface shows an increase in endosteal bone formation rate
• however, no differences in periosteal or trabecular bone formation parameters
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• the elastic modulus and work to reach ultimate stress levels are lower in femurs, indicating that femurs tolerate higher stress levels and are more elastic/flexible
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• two mice exhibit fracture with callus in the tibia
• femurs bear higher stress levels in the three-point bending tests but work-to-fracture is 42% lower
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cellular
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• long bone osteoblasts exhibit an increased expression of inflammatory cytokines during osteoblast differentiation
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hematopoietic system
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• osteoclast number is increased in lumbar vertebral bodies and tibiae and osteoclast-covered surface of lumbar vertebral bodies and tibiae is increased in males
• osteoclast surface per bone surface and osteoclast number per bone perimeter is increased in vertebral bodies of females
• however, no differences in osteoblast-covered surface or number are seen
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immune system
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• osteoclast number is increased in lumbar vertebral bodies and tibiae and osteoclast-covered surface of lumbar vertebral bodies and tibiae is increased in males
• osteoclast surface per bone surface and osteoclast number per bone perimeter is increased in vertebral bodies of females
• however, no differences in osteoblast-covered surface or number are seen
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limbs/digits/tail
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• femurs and tibiae show an increase in cortical thickness
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• femurs exhibit a smaller midshaft diameter
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• tibia show decreased midshaft diameter
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craniofacial
N |
• mice exhibit normal calvarial bone thickness and porosity
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