The block-like bone that fits together is the "vertebra." Vertebrae are the individual bones that stack to form the vertebral column, or spine, providing structural support and protection for the spinal cord. Each vertebra has a characteristic shape that allows it to interlock with adjacent vertebrae, creating a flexible yet stable backbone. Together, these bones enable a range of movements while maintaining overall stability.
No, spongy bone is not filled with cartilage. Spongy bone is a type of bone tissue that consists of trabeculae which form a lattice-like structure filled with bone marrow. Cartilage is a different type of connective tissue that is found at the ends of bones, in the joints, and within the nose and ears.
A bone is an organ. It is made up of multiple tissues working together.
Spongy bone is not filled with cartilage. Spongy bone is composed of trabeculae, which are interconnected plates and rods. Cartilage is a different type of connective tissue that can be found in joints and in the growth plates of bones.
the skull.
bone?...
Think of them as gel-filled shock absorbers between the bones that make up your back-bone, your spine.
The layer of bone tissue you are referring to is spongy bone. It is made up of trabeculae, which are spiky structures that create open spaces filled with bone marrow. Spongy bone is important for providing structural support and flexibility to bones.
Usually they're filled up with cut up fabrics to improve conditioning, some are filled with sand to condition bone. Sometimes there is a pole inside the middle of a bag, and you can put carpet around the inside to make it more sturdy.
Spongy bone produces red blood cells, white blood cells, and platelets through a process called hematopoiesis. It also helps to store and release minerals, such as calcium and phosphorus, to maintain bone health and overall body function.
tissue make up muscle tissue. bone cell grouped together make up nerve bone tissue.
together about, 200 bones make up the human skeleton.
I think you mean the spinal column.