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Bone: Volkmann's canal
Blood vessels from the exterior or from marrow spaces reach Haversian canals via channels, called Volkmann’s canals that run perpendicular to and interconnect osteons. These canals are identified by their perpendicular orientation and lack of concentric lamellae. The Volkmann’s canal shown here connects a developing osteon with a more mature osteon. 400x
![Forming osteon <p>Blood vessels from the exterior or from marrow spaces reach Haversian canals via channels, called Volkmann’s canals that run perpendicular to and interconnect osteons. These canals are identified by their perpendicular orientation and lack of concentric lamellae. The Volkmann’s canal shown here connects a developing osteon with a more mature osteon. 400x</p>](https://digitalhistology.org/wp-content/uploads/2018/02/T.C.B.D.07.P01.png)
Forming osteon
Blood vessels from the exterior or from marrow spaces reach Haversian canals via channels, called Volkmann’s canals that run perpendicular to and interconnect osteons. These canals are identified by their perpendicular orientation and lack of concentric lamellae. The Volkmann’s canal shown here connects a developing osteon with a more mature osteon. 400x
![Osteon <p>Blood vessels from the exterior or from marrow spaces reach Haversian canals via channels, called Volkmann’s canals that run perpendicular to and interconnect osteons. These canals are identified by their perpendicular orientation and lack of concentric lamellae. The Volkmann’s canal shown here connects a developing osteon with a more mature osteon. 400x</p>](https://digitalhistology.org/wp-content/uploads/2018/02/T.C.B.D.07.P02.png)
Osteon
Blood vessels from the exterior or from marrow spaces reach Haversian canals via channels, called Volkmann’s canals that run perpendicular to and interconnect osteons. These canals are identified by their perpendicular orientation and lack of concentric lamellae. The Volkmann’s canal shown here connects a developing osteon with a more mature osteon. 400x
![- Haversian canals <p>Blood vessels from the exterior or from marrow spaces reach Haversian canals via channels, called Volkmann’s canals that run perpendicular to and interconnect osteons. These canals are identified by their perpendicular orientation and lack of concentric lamellae. The Volkmann’s canal shown here connects a developing osteon with a more mature osteon. 400x</p>](https://digitalhistology.org/wp-content/uploads/2018/02/T.C.B.D.07.P03.png)
- Haversian canals
Blood vessels from the exterior or from marrow spaces reach Haversian canals via channels, called Volkmann’s canals that run perpendicular to and interconnect osteons. These canals are identified by their perpendicular orientation and lack of concentric lamellae. The Volkmann’s canal shown here connects a developing osteon with a more mature osteon. 400x
![Volkmann's canal <p>Blood vessels from the exterior or from marrow spaces reach Haversian canals via channels, called Volkmann’s canals that run perpendicular to and interconnect osteons. These canals are identified by their perpendicular orientation and lack of concentric lamellae. The Volkmann’s canal shown here connects a developing osteon with a more mature osteon. 400x</p>](https://digitalhistology.org/wp-content/uploads/2018/02/T.C.B.D.07.P04.png)
Volkmann's canal
Blood vessels from the exterior or from marrow spaces reach Haversian canals via channels, called Volkmann’s canals that run perpendicular to and interconnect osteons. These canals are identified by their perpendicular orientation and lack of concentric lamellae. The Volkmann’s canal shown here connects a developing osteon with a more mature osteon. 400x