Bone cells store nutrients to make our bones strong enough to support our body. Bone cells also help your hormones develope.
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Well, I'm not sure how much the bone cells can 'store' nutrients... the cell part is small in mass/volume compared to the mineral matrix of bone itself. The cells (osteoblasts technically) more just squirt out the squishy fibers and enzymes that allow those fibers to mineralize. That mass of mineralized matrix is 'bone' in the lay sense of the word. It's hard. It's a skeleton on which all our muscles are built. But it's not a solid mass of cells like our skin or muscles are.
There are a couple cells that are within this hard bone material--they're the osteocytes. They're little pipsqueak cells that aren't really big enough to do much and they're very very stuck in one position (just like Han Solo in carbonite). But they're holding 'hands' with one another and reaching out to the cells on the surface and they're not dead (you hope. it's big trouble if they die 'cause it can lead to osteonecrosis where your bone can crumble apart. and that sucks.), so the osteocytes probably do something.
There are osteoblasts--these little guys sit on bone in a plump little line and they squirt out the fibers that make up bone. But we've already covered this, yeah?
Then there are osteoclasts. These giant fellows look something like a cross between Jabba the Hut and a Pac-Man ghost, and they really are massive. The hungry fat kids of the bone world. They're also derived from a different side of the cellular family tree than the rest of the bone cells (hematopoietic stem cells vs. mesenchymal stem cells--which is probably the only way they had the machinery to blob together into one massive used-to-be-six-cells-but-now-is-one-giant-one cell). These big guys attach to bone and eat away at the bone. The borrow through it or leave big pits. Old people have too many osteoclasts (in ratio to osteoblasts) and so their bones keep getting smaller and smaller. But let's not be too hard on the osteoclasts, 'cause we've found out recently that you can't have healthy bone without them. Something to do with 'needing to remove the old before they can call in the new'. Figures. Oh! And these are the cells that break down calcium so you can have calcium ions in your bloodstream. This is wicked important--without these ions, your muscles and nerves won't work. That would suck.
There are also other bone cells, like bone lining cells.
Bone cells, including osteoblasts, osteocytes, and osteoclasts, work together to maintain healthy bones. Osteoblasts build new bone tissue, osteocytes regulate bone mineralization and repair, and osteoclasts break down and resorb bone tissue to maintain balance in bone density. Together, these cells support bone strength, structure, and healing.
Bone tissue is primarily built by specialized cells called osteoblasts. Osteoblasts are responsible for synthesizing and depositing the matrix that makes up bone tissue, aiding in its growth and repair. In the bone, osteocytes and osteoclasts also play important roles in maintaining bone health and structure.
Osteogenic cells are responsible for forming new bone tissue through the process of bone formation or ossification. They differentiate into osteoblasts which then deposit bone matrix to build new bone. Osteogenic cells play a key role in bone growth, repair, and remodeling.
Bone cells include osteoblasts, which build bone tissue; osteocytes, which maintain bone tissue and regulate mineral content; and osteoclasts, which break down and reabsorb bone tissue. Together, these cells work in a balanced manner to support bone structure, strength, and repair.
Bone cells are part of the bone tissue, which is a specialized type of connective tissue. A tissue is a collection of cells working together to perform specific functions, while an organ is a more complex structure made up of different types of tissues working together. Therefore, bone cells are considered tissue, not organs.
Yes, bones are composed of connective tissue called osseous tissue, which contains various types of cells such as osteoblasts, osteocytes, and osteoclasts. These cells work together to maintain bone health by regulating bone formation and resorption.
im not a DOCTOR!
Bone cells help you stand up and move. As well as helping your body produce red blood cells.
Bone marrow does a lot of things but the major function is the production of RBS. (red blood cells)
Several cells have this function: the osteoclasts which break down bone and the osteoblasts which build bone.
There is no such thing as blood marrow. You presumably mean bone marrow. A major function of bone marrow is the generation of new blood cells.
Spongy bone is porous and constructed of loosely connected structures. The spongy bones allows for the development of bone marrow. The main function of bone marrow is to produce blood cells.
brode
Spongy bone is porous and constructed of loosely connected structures. The spongy bones allows for the development of bone marrow. The main function of bone marrow is to produce blood cells.
Spongy bone is porous and constructed of loosely connected structures. The spongy bones allows for the development of bone marrow. The main function of bone marrow is to produce blood cells.
it is where blood cells are manufactured
To produce a variety of blood cells
I've heard it's because of its function and it's true💯