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Bone: deposition

A cross section through the diaphysis of a developing long bone summarizes the configurations produced by bone deposition by endosteum and periosteum. Inner and outer circumferential lamellae increase the diameter of the diaphysis to accommodate increasing body mass. Centrally located osteons provide great strength to long bones. 40x

Osteons <p>A cross section through the diaphysis of a developing long bone summarizes the configurations produced by bone deposition by endosteum and periosteum. Inner and outer circumferential lamellae increase the diameter of the diaphysis to accommodate increasing body mass. Centrally located osteons provide great strength to long bones. 40x</p>

Osteons

A cross section through the diaphysis of a developing long bone summarizes the configurations produced by bone deposition by endosteum and periosteum. Inner and outer circumferential lamellae increase the diameter of the diaphysis to accommodate increasing body mass. Centrally located osteons provide great strength to long bones. 40x

- Haversian canals <p>A cross section through the diaphysis of a developing long bone summarizes the configurations produced by bone deposition by endosteum and periosteum. Inner and outer circumferential lamellae increase the diameter of the diaphysis to accommodate increasing body mass. Centrally located osteons provide great strength to long bones. 40x</p>

- Haversian canals

A cross section through the diaphysis of a developing long bone summarizes the configurations produced by bone deposition by endosteum and periosteum. Inner and outer circumferential lamellae increase the diameter of the diaphysis to accommodate increasing body mass. Centrally located osteons provide great strength to long bones. 40x

Outer circumferential lamellae <p>A cross section through the diaphysis of a developing long bone summarizes the configurations produced by bone deposition by endosteum and periosteum. Inner and outer circumferential lamellae increase the diameter of the diaphysis to accommodate increasing body mass. Centrally located osteons provide great strength to long bones. 40x</p>

Outer circumferential lamellae

A cross section through the diaphysis of a developing long bone summarizes the configurations produced by bone deposition by endosteum and periosteum. Inner and outer circumferential lamellae increase the diameter of the diaphysis to accommodate increasing body mass. Centrally located osteons provide great strength to long bones. 40x

Inner circumferential lamellae <p>A cross section through the diaphysis of a developing long bone summarizes the configurations produced by bone deposition by endosteum and periosteum. Inner and outer circumferential lamellae increase the diameter of the diaphysis to accommodate increasing body mass. Centrally located osteons provide great strength to long bones. 40x</p>

Inner circumferential lamellae

A cross section through the diaphysis of a developing long bone summarizes the configurations produced by bone deposition by endosteum and periosteum. Inner and outer circumferential lamellae increase the diameter of the diaphysis to accommodate increasing body mass. Centrally located osteons provide great strength to long bones. 40x

Volkmann's canal <p>A cross section through the diaphysis of a developing long bone summarizes the configurations produced by bone deposition by endosteum and periosteum. Inner and outer circumferential lamellae increase the diameter of the diaphysis to accommodate increasing body mass. Centrally located osteons provide great strength to long bones. 40x</p>

Volkmann's canal

A cross section through the diaphysis of a developing long bone summarizes the configurations produced by bone deposition by endosteum and periosteum. Inner and outer circumferential lamellae increase the diameter of the diaphysis to accommodate increasing body mass. Centrally located osteons provide great strength to long bones. 40x

Main Slide Osteons - Haversian canals Outer circumferential lamellae Inner circumferential lamellae Volkmann's canal