as exencephaly, acrania, and craniofacial clefting, while caudal NTDs can result in spina bifida. A number of intrinsic and extrinsic genetic, molecular, and environmental factors that regulate neural tube mor-phogenesis in mice have been identified. For example
Changes in cell morphology are essential for generating the complex tissues that make up all organis...
The actin cytoskeleton is essential for a vast array of cellular processes and behaviors including m...
of how genes direct the construction of brain, starting from the perspective of human brain malforma...
AbstractUsing gene trap mutagenesis, we have identified a mutation in mice that causes exencephaly, ...
AbstractA novel actin-binding protein, Shroom, localises to precisely those cells that will constric...
All animal cells utilize a specialized set of cytoskeletal proteins to determine their overall shape...
Shroom3 is an actin-associated regulator of cell morphology that is required for neural tube closure...
AbstractBackground: The morphogenetic events of early vertebrate development generally involve the c...
The ability of an organism to adapt to its surrounding environment is at the essence of survival. In...
textThe Shroom family of proteins is currently comprised of four members, Shroom1, 2, 3 and 4. Sinc...
Shroom is an actin-associated determinant of cell morphol-ogy that is required for neural tube closu...
Neural tube closure is a critical developmental event that provides an extraordinary example of how ...
Neural tube closure is a critical developmental event that relies on actomyosin contractility to fac...
The ability of epithelial cells to change shape is essential to the patterning of tissues and organs...
Apical constriction is an essential cell behavior during neural tube closure, but its underlying mec...
Changes in cell morphology are essential for generating the complex tissues that make up all organis...
The actin cytoskeleton is essential for a vast array of cellular processes and behaviors including m...
of how genes direct the construction of brain, starting from the perspective of human brain malforma...
AbstractUsing gene trap mutagenesis, we have identified a mutation in mice that causes exencephaly, ...
AbstractA novel actin-binding protein, Shroom, localises to precisely those cells that will constric...
All animal cells utilize a specialized set of cytoskeletal proteins to determine their overall shape...
Shroom3 is an actin-associated regulator of cell morphology that is required for neural tube closure...
AbstractBackground: The morphogenetic events of early vertebrate development generally involve the c...
The ability of an organism to adapt to its surrounding environment is at the essence of survival. In...
textThe Shroom family of proteins is currently comprised of four members, Shroom1, 2, 3 and 4. Sinc...
Shroom is an actin-associated determinant of cell morphol-ogy that is required for neural tube closu...
Neural tube closure is a critical developmental event that provides an extraordinary example of how ...
Neural tube closure is a critical developmental event that relies on actomyosin contractility to fac...
The ability of epithelial cells to change shape is essential to the patterning of tissues and organs...
Apical constriction is an essential cell behavior during neural tube closure, but its underlying mec...
Changes in cell morphology are essential for generating the complex tissues that make up all organis...
The actin cytoskeleton is essential for a vast array of cellular processes and behaviors including m...
of how genes direct the construction of brain, starting from the perspective of human brain malforma...