Haversian Canal, Osteon Canal (Ffaversian Canal)

Haversian Canal, Osteon Canal (Ffaversian Canal): what is it and how do they work

Haversian Canal (Osteon Canal) is a small canal that passes through the osteon, the basic unit of bone structure. These channels have a diameter of approximately 50 microns and contain blood capillaries. They play an important role in providing nutrition and oxygen to the bones.

The Haversian system is a network of canals that consists of the Haversian canals and the Osteon canals. Haversian canals run along the axis of the long bones, while Osteon's canals run through the bone itself. These channels allow blood to flow into the bone and deliver oxygen and nutrients to the bone cells.

Bone tissue is constantly renewed, and this requires a constant flow of oxygen and nutrients. Haversian canals and Osteon canals play a key role in providing bones with everything they need for health and growth. They also help remove spent cells and other waste from bone tissue.

Haversian canals and Osteon canals are an important part of bone anatomy and their role in providing bones with everything they need for healthy bones cannot be underestimated. These channels are a key component of the Haversian system, which provides bones with the essential nutrients and oxygen they need to grow and stay healthy. The Haversian system is one example of how the human body adapts to provide a high degree of functionality and efficiency.

Havers' canal is a small (approximately 50 microns in diameter) canal that passes through the thickness of the bone through a channel in the middle of each of the interosseous sutures. On the outside it is surrounded by dense mineralized bone. All osteons participate in the formation of the canal. At its ends the channel is connected by small holes