What is the compact bone function?
compact and spongs - or spongy - bones are two types of tissue found in most bones. Due to its function, the compact bone is also referred to as strong bones; Due to its structure, it is referred to as cortical bone. Both tissues serve different purposes in the bones, with the main function of the compact bone to ensure the strength and protection of the bone. The office bone also provides strength, but due to its structure it has a much lower weight than a compact bone. Within each slat, the collagen is laughing with inorganic minerals such as magnesium, calcium and phosphorus and layering around the Haversian Canal. In every Haversian channel there are artery, vein, lymphatic vessels and nerve fibers. Osteocytes or bone cells are found in gaps, which are spaces inside the slats. Lamel and Haversian Canal components are referred to as the HAVERSIAN SYSTEM.
Most think bone is dead tissue, but that's not the case. Provides protection and support of the rest of the body so it must be able to grow and also repair and replace any POkození. The outer areas of the bone themselves are composed of a compact bone. When stress is placed on the bones, the function of the compact bone is to provide inorganic components so that new bone tissue can be formed.
Although compact bone is made up of Haversian systems, it is almost solid. This makes it very dense, so it has a high mass. Although the compact bone function is extremely important for the protection of bone from damage, the weight of this type of bone limits it. If the bones were made completely from a compact bone, they would be too heavy for efficient use of the body.
as well as providing the strength and support of the bone where it is found is another compact bone function. Lamellae acts as reserves for inorganic molecules stored there. Not only are these molecules used to produce new bone cells, but act as a tank for calcium and phosphorus for the body.
The function of the compact bone is helpI maintain the levels of these minerals in constant blood. The playgrounds and veins that pass through the Haversian channels provide the means to transport minerals to and from the compact bone. Minerals are stored for storage within slats when blood levels are high. When the levels are low, minerals are absorbed from the slats and transported throughout the body.