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.
The minerals that are stored in bones are calcium, vitamin D, phosphorous, magnesium, fluoride. These minerals also are needed to overcome bone loss.
they are stored in the main genitalia male or female
Calcium and phosphorus are two of the most important minerals stored in bones. Calcium in particular is used in muscle contraction and nerve impulse conduction.
Calcium, phosphorous, and vitamins are the three main minerals that are needed and stored in bones.
Calcium & Phosphorus
Calcium
calcium
It's either phosphorus or calcium
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)
Petroleum, Helium and Coal are the 3 most important Minerals in Texas
tendons
sholder knee and elbow
bones
Because, minerals are actually the most important part of food.
Calcium helps to form and maintain teeth and bones in the human body. It can help to prevent osteoporosis and is one of the most important minerals for the human body.
The most important minerals of beryllium are: bertrandite, beryl, chrysoberyl, phenakite.
the vertebral column
Calcium is the most important mineral for healthy bones, especially for women.
most fossils are made of minerals, because when bones are buried, water slowly seeps into them, carrying in minerals, and carrying out some of the bone, until it is completely mineral.