soft and flexible bone matter
Soft and flexible bone matter is flexible bone matter. This is when a person's bones are easy to break.
The inorganic part of the bone is dissolved, leaving the residual soft and flexible
cartilage is replaced
The ear has cartilage, a soft, flexible, bone-like structure. That's what keeps it's shape.
The inorganic part of the bone is dissolved, leaving the residual soft and flexible
No! bone marrow is actually quite soft and flexible, marrow produces new blood cells, and play a large part in the bodies immune system..
A wooden splint should not be soft or flexible or it is not going to work.
Stong, flexible, and soft are the best descriptor of bones.
The density and strength of bone tissue is determined by the amount of mineral content, mainly calcium and phosphorus, present in the bone matrix. Bones that have higher mineral content are harder and stronger, while bones with lower mineral content are softer and more flexible. Other factors such as collagen fibers and bone architecture also contribute to the overall hardness or softness of a bone.
Osteomalacia
Bones are hard due to their composition of calcium phosphate minerals, which provide strength and rigidity. They are also flexible because of their collagen fibers, which allow for some degree of bending and absorption of shocks without breaking. This combination of hardness and flexibility helps bones withstand everyday forces and prevent fractures.
Cartilage does not contain bones nor is bone. Cartilage is soft to moderately hard tissue that makes your ear lobes, tips of your nose, joints between bones, and more more objects in your body.
Bones need calcium and phosphorus to remain healthy and strong, but the body also needs vitamin D to be able to absorb these two minerals. Without this necessary vitamin, bones can become soft and flexible.