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This presentation focuses on endochondral and intramembranous bone formation based on histological slides of human and canine specimens. It includes multiple magnifications of slides showing the detailed structure of bone types, including the epiphyseal plate in the dog femur and the zones of endochondral bone formation in the fetal femur. The presentation also covers the anatomy of compact bone featuring osteons, Haversian canals, and Volkmann's canals. This comprehensive overview aids in understanding bone development and growth mechanisms.
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ANA 812 Lab Session 6: Endochondral Bone formation and Compact Bone Ben Elitzur, Darren Monroe, Joshua Carter, Brad Turner, Erika Erlandson
Slide #26: Finger – Human H&E 4x Endochondral Bone Formation Intramembranous Bone Formation
Slide #26: Finger – Human H&E 10x Intramembranous Bone Formation Osteoblasts
Slide #14: Fetal Femur - Human Zones of Endochondral Bone Formation 10X 4X
Slide #14: Fetal Femur - Human Zone of Quiescence (reserve cartilage) Zone of Proliferation Zone of Hypertrophy Zone of Calcification and Degeneration Zone of Ossification and Resorption 10X
Slide #189: Dog Femur Example of post-natal bone growth 4x Hyaline Cartilage
Slide #189: Dog Femur Epiphyseal Bone 10x Diaphyseal Bone forming Epiphyseal Plate (Zone of endochondral bone formation)
Slide #189: Dog Femur 40x Zone of Proliferation Zone of Hypertrophy Zone of Calcification and Degeneration Zone of Ossification and Resorption
Slide #22: Human Ulna Decalcified 4x Osteons X-Section of Osteon 40x Haversian Canal Blood vessel
Slide #22: Human Ulna Decalcified X-Section of Osteon 40x Concentric Lamellae Interstitial Lamellae Haversian Canal
Slide #22: Human Ulna Decalcified Osteon (Longitudinal Section) 40x 4x Haversian Canal Volkmann’s Canal
Slide #24: Human Compact Bone (Ground & Silver Stain) 4x Osteons
Slide #24: Human Compact Bone(Ground & Silver Stain) 40x Haversian Canal 10x Canaliculi Volkmann’s Canal Lacuna