There are more than 2 minerals in bones, namely: Calcium, potassium, manganese, magnesium, silica, iron,zinc, selenium, boron, phosphorus, sulfur, chromium, and dozens of others.
I added a link below to an interesting web site.
The two main types of substances stored in bone matrix are calcium and phosphorus. These minerals contribute to the strength and density of bones, helping to maintain the structural integrity of the skeleton.
Most bones actually store minerals, just some more than other. for example the humerus* ( Big leg bone ) may store more minerals as it is the biggest bone in the body and has a bigger capacity.Knowledge : AS level student.*(From a person who didn't write this: The femur is actually the longest bone in the body, which is in the leg. I'm in high school :P)
Calcium and phosphate are the primary minerals stored in bones, contributing to their strength and density. Other minerals present in bones include magnesium, sodium, and fluoride, which play important roles in bone health and development.
The most important minerals stored in bones are calcium and phosphorus. These minerals play a crucial role in maintaining bone density and strength. Additionally, other minerals like magnesium, fluoride, and potassium are also stored in bones to support various functions in the body.
Bones store minerals such as calcium and phosphorus that are important for overall bone health and strength. They also contain bone marrow, which produces red and white blood cells for the body. Additionally, bones provide structure and support for the body and protect vital organs.
Minerals are stored in the bone. To be more specific, the mineral that is stored in the bone is calcium.
Bones contain hydroxyapatite.
calcium is stored in the bones mostly your arms
Calcium and Phosphorus are both stored in major quantities in bone tissue.
The two main types of substances stored in bone matrix are calcium and phosphorus. These minerals contribute to the strength and density of bones, helping to maintain the structural integrity of the skeleton.
Excess minerals in the body can be stored in various ways, depending on the specific mineral. For example, some minerals like iron and calcium are stored in the liver, while others like zinc and magnesium are stored in bone tissue. The body maintains a delicate balance of storing and excreting minerals as needed to prevent toxicity or deficiency.
Most bones actually store minerals, just some more than other. for example the humerus* ( Big leg bone ) may store more minerals as it is the biggest bone in the body and has a bigger capacity.Knowledge : AS level student.*(From a person who didn't write this: The femur is actually the longest bone in the body, which is in the leg. I'm in high school :P)
Calcium and phosphate are the primary minerals stored in bones, contributing to their strength and density. Other minerals present in bones include magnesium, sodium, and fluoride, which play important roles in bone health and development.
Yes, bone does release salts, primarily in the form of minerals like calcium and phosphate. These minerals are essential for various bodily functions, including maintaining bone density and supporting metabolic processes. When the body requires these minerals, bone tissue can undergo a process called resorption, where osteoclasts break down bone and release the stored salts into the bloodstream.
The most important minerals stored in bones are calcium and phosphorus. These minerals play a crucial role in maintaining bone density and strength. Additionally, other minerals like magnesium, fluoride, and potassium are also stored in bones to support various functions in the body.
The bone marrow and the bone itself stores and also looses minerals. That is why calcium and other minerals and vitamins are so crucial for bone health. A person with osteoporosis suffers from their bones failing to rebuild osteoclast (I hope that is the right word.) and from losing too much calcium. Their bones also fail to absorb vitamins and minerals. There bones get thinner and thinner. In advanced stages you can see right through their bones on x-rays and some of them have holes in their bones.
Phosphorus & Calcium I hope this helped :)