Osteoblasts.
The minerals found in bones are deposited by living cells called osteoblasts. These cells are responsible for producing new bone tissue and laying down mineral deposits, such as calcium and phosphorus, to help strengthen and support the structure of bones.
minerals such as calcium and phosphorus, which are essential for maintaining bone strength and structure. These minerals are deposited and withdrawn from the bones as needed to help regulate the body's mineral balance.
permineralization
Most of the bodies calcium is deposited in bones.
Yes, bones are living tissue. They are made up of cells and protein fibers that help to provide structure, support, and protection for the body. Bones also play a key role in the production of blood cells and store minerals such as calcium and phosphorus.
Rocks and bones are similar in that they are both solid materials composed of minerals and can be found in various forms. However, they differ fundamentally in their composition and origin; bones are organic structures primarily made of collagen and minerals like calcium phosphate, while rocks are typically composed of inorganic minerals. Additionally, bones are part of living organisms, serving biological functions, whereas rocks are non-living and form through geological processes.
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Collagen is the tough protein fiber found in bones. It provides structure and strength to bones, as well as to other connective tissues in the body.
All bones contain minerals.
The process of building up and breaking down bones is called calcification. This process begins with layers of calcium that are deposited on the bones or are removed from the bones via decalcification.
Blood cells, whether you believe it or not, are produced from the bones. Bones are living things, and act as storehouses. Because the minerals to create blood cells are directly in the bones, cell production is most efficient.
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