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Development of the Musculoskeletal System
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09/23/2024
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The {{c1::paraxial}} mesoderm will form the {{c2::skull, vertebral column, and ribs of the skeletal system}}
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The {{c1::lateral plate}} mesoderm will develope into the {{c2::pelvic and shoulder girdles, limbs and sternum::bones}}
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{{c1::endochonral}} ossification is when {{c2::cartilage model is formed first and then replaced with bone}}
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{{c1::Axial and appendicular}} skeletons and the {{c1::cranial base}} are devolped through {{c2::endochondral}} ossification
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{{c1::Intramembranous}} ossification is when bone is formed {{c2::directly from mesenchymal cells}}
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{{c1::Intramembranous}} ossification is how the majority of the bones of the {{c2::face and skull}} are formed
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{{c1::Membranous}} neurocranium are the {{c2::flat bones}} of the cranial vault
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{{c1::Cartilaginous}} neurocranium are the {{c2::irregular bones}} of the the base of the skull
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{{c1::Membranous}} neurocranium are developed by {{c2::intramembranous}} ossification
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{{c1::Cartilaginous}} neurocranium are developed by {{c2::endochondral}} ossification
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The {{c1::viscerocranium}} is the skeleton of the {{c2::face}}
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The {{c1::viscerocranium}} is derived from {{c2::neural crest}} cells only
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{{c1::Membranous and cratilaginous neurocraniums}} are both derived from {{c4::{{c2::neural crest cells}} and {{c3::paraxial mesoderm}}}}
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{{c1::fontoanelles}} are the soft spots on baby heads
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The {{c1::posterior}} fontanelle closes by {{c2::1-2}} months of age
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The {{c1::anterior}} fontanelle closes by {{c2::18-24}} months of age
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{{c1::Craniosynostosis}} is the premature closure of a {{c2::cranial suture}}
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{{c1::Craniosynostosis}} will restric the growth of the skull {{c2::perpendicular}} to the affected suture causing the skull growth to occur {{c3::par…
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{{c1::Achondroplasia}} is caused by a mutation in {{c2::FGFR3}} gene
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{{c1::Achondroplasia}} is impared {{c2::endochondral bone}} formation
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{{c1::End of the 3rd week::timeframe}} is when {{c2::paraxial mesoderm}} forms {{c3::somites}}
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Somites form from the {{c1::cranium}} to the {{c1::caudal end}}
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{{c1::Somites}} give rise to most of the {{c2::axial skeleton and associated musculature}} as well as the {{c3::dermis}} of the skin
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{{c1::Sclerotome}} migrate around the {{c2::notochord and neural tube }}
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The sclerotomes' {{c1::lower halves}} grow and fuse with the {{c2::upper halves}} of the caudal scleratome below
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The {{c1::nucleus pulposus}} is the remnant of the {{c2::notochord}}
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The {{c1::annulus fibrosus}} of vertebral discs are developed from {{c2::somitocele cells}}
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The sternum is developed from the {{c1::lateral plate mesoderm::type of cell}}
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Ribs develop from the {{c1::costal processes of the thoracic vertebrae}} from {{c2::sclerotome::type of cell}}
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{{c2::Cervical ribs}} may present with {{c1::diminished sensation, muscular tone, and pulse}}
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{{c1::Pectus excavatum (funnel chest)}} is a congenital anterior chest wall deformity where there is a depressed sternum
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{{c1::Pectus carinatum (pigeon chest)}} is the {{c2::protrusion}} of the sternum and costal cartilages
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{{c1::Dermatome}} is joined with the {{c2::lateral plate mesoderm}} to form the {{c3::dermis}}
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{{c1::Myotome}} has 2 classes {{c2::epimere and hypomere}}
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{{c1::Epimere}} developes skeletal muscles of {{c2::the back (innervated by dorsal primary ramus)}}
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{{c1::Hypomere}} developes skeletal muscles of the {{c2::limbs and body wall (innervated by ventral primary ramus)}}
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{{c1::Myogenesis}} is characterized by {{c2::myotomes}} to {{c3::myoblasts}} to {{c4::multinucleated cells}}, and then the {{c5::myofilaments develop}…
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{{c1::Poland syndrome}} is the abnomral migration of {{c2::hypomeric mesoderm}} that results in the {{c3::abscense of breast tissue}}
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{{c1::Prune-belly}} Syndrome is caused by {{c2::abnormal hypomeric development}} which results in {{c3::fluid buildup in the abdomen, failure of teste…
Status
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