craniofacial
• accelerated wear
|
• amelogenin nanospheres are larger than in wild-type mice
• enamel crystallites have irregular size and organization
|
• Tomes' processes are shorter and alpha 6 integrin expression is distributed at multiple foci in the secretory end piece
|
• Tomes' processes are shorter
|
• arrangement and size of rods are abnormal
• weaving of the matrix is reduced
|
• reduced thickness and more easily abraded
|
• molars show accelerated wear
• enamel is more prone to fracture and more easily abraded with mastication
|
• incisors are fragile with incisal edge fractures during chewing
|
skeleton
• accelerated wear
|
• amelogenin nanospheres are larger than in wild-type mice
• enamel crystallites have irregular size and organization
|
• Tomes' processes are shorter and alpha 6 integrin expression is distributed at multiple foci in the secretory end piece
|
• Tomes' processes are shorter
|
• arrangement and size of rods are abnormal
• weaving of the matrix is reduced
|
• reduced thickness and more easily abraded
|
• molars show accelerated wear
• enamel is more prone to fracture and more easily abraded with mastication
|
• incisors are fragile with incisal edge fractures during chewing
|
growth/size/body
• accelerated wear
|
• amelogenin nanospheres are larger than in wild-type mice
• enamel crystallites have irregular size and organization
|
• Tomes' processes are shorter and alpha 6 integrin expression is distributed at multiple foci in the secretory end piece
|
• Tomes' processes are shorter
|
• arrangement and size of rods are abnormal
• weaving of the matrix is reduced
|
• reduced thickness and more easily abraded
|
• molars show accelerated wear
• enamel is more prone to fracture and more easily abraded with mastication
|
• incisors are fragile with incisal edge fractures during chewing
|