Haversian System, Osteon

The Haversian System is an important structural unit of the compact layer of bone, which was discovered and described by the English anatomist Clovis Havers in 1664. This system consists of cylindrical plates that are inserted into one another and consist of 5-20 layers. At the center of each osteon is the Haversian canal, which is a kind of canal in which blood vessels, lymphatic vessels and nerves pass.

Between the bone plates (lavellae) in the lacunae (lacunae) there are bone cells - osteocytes. The lacunae are connected to each other by tiny canaliculi, which in turn are filled with processes of osteocytes. This ensures communication between cells and metabolism within the tissue. Thus, the Haversian system provides a vital connection between bone cells and the circulatory system, allowing bones to receive the nutrients and oxygen they need for growth and repair.

In addition, the Haversian system is important in bone remodeling. Remodeling is the process by which bone undergoes constant breakdown and repair to maintain its health and adapt to changing conditions. During the process of remodeling, old osteocytes are destroyed, and new ones are formed in the channels of the Haversian system. Also, the Haversian system allows the bone to adapt to external loads, strengthening in the right places and decreasing in places where the load is less.

In conclusion, the Haversian System, the Haversian System, is an important structural unit of the compact layer of bone and plays an important role in maintaining bone health. Thanks to this system, bones receive the necessary nutrients and oxygen, and also adapt to changing conditions and external stress.

Osteons, in the form of an architectural ensemble, are found at the proximal end of various long bones of the human body (for example, the proximal end of the femur, the lateral process of the scapula). They are distributed by the most numerous structure in the bird's body. What is osteon

Osteon, or Haversian system, is an anatomical formation located in the diaphysis of a long tubular organ (bone) and serves to strengthen the body of the organ (benefits).

The curved bone structure is made up of concentric (internally) lamellar layers called lavelles. The central osteocyte is located in a canal called the Haversian canal (canal).

Formation of osteocytes and their functioning Osteons have a complex structure about which much is known, but the morphology of osteons and the emergence of various structural elements are still being studied. The main lateral wall of the osteon is the synaptic plate. Pe

The Haversian system is one of the most interesting and important structures in bone anatomy, and its study can shed light on many aspects of aging, regeneration and disease. In this article we will look at the Haversian system, osteons and their features.

The Haversian system is a structural unit of bone tissue consisting of many cylindrical plates called osteons (from the Latin word for bone) that are inserted into one another like a nesting doll. Osteons are located in the compact layer of bone and provide its strength. They can range from 2 to 6 millimeters in diameter and range from 4 to 8 millimeters in height within the bone. The compact layer of bone is made up of osteons, which are surrounded by a special substance called the glycolic bone matrix. Each osteon contains numerous, ideally arranged lamellae that are composed of organic and inorganic components of bone. A typical osteon consists of seven to twenty cell osteons (also called lavulleys) that curl toward each other like the petals of a flower. The axial plate is called the central plate or medullary plate, and