red bone marrow
Another name for the medullary cavity of the bone is the marrow cavity.
The medullary cavity of a long bone forms during development through a process called endochondral ossification. This process involves the replacement of cartilage with bone tissue, with osteoclasts breaking down the center of the bone shaft to create the cavity where bone marrow will eventually reside.
The medullary cavity is the central cavity of bone shafts. This is where red and yellow bone marrow are stored. The medullary cavity is also involved in the formation of red and white blood cells.
The medullary cavity is a space within the diaphysis (shaft) of a long bone. It contains yellow bone marrow, which stores fats and serves as an energy reserve. Additionally, the medullary cavity provides space for blood vessels and nerves to pass through the bone.
Yes, osteoblasts from the medullary cavity can migrate to the fracture site to participate in bone healing. When a bone fractures, osteoblasts are recruited from various sources, including the medullary cavity, to produce new bone tissue and facilitate the repair process.
red bone marrow
The endosteum lines the medullary cavity.
Another name for the medullary cavity of the bone is the marrow cavity.
true
The medullary cavity of a long bone forms during development through a process called endochondral ossification. This process involves the replacement of cartilage with bone tissue, with osteoclasts breaking down the center of the bone shaft to create the cavity where bone marrow will eventually reside.
The marrow in the medullary cavity is primarily composed of yellow marrow, which stores fat, while the marrow in the spongy bone is red marrow where blood cells are produced. Yellow marrow is found in long bones, whereas spongy bones contain red marrow in their trabeculae.
The medullary cavity is the central cavity of bone shafts. This is where red and yellow bone marrow are stored. The medullary cavity is also involved in the formation of red and white blood cells.
yes
diaphysis
endosteum
No
The medullary index is calculated by comparing the diameter of the medullary cavity to the diameter of the entire bone. To find the medullary index, you divide the diameter of the medullary cavity by the total diameter of the bone and then multiply the result by 100 to express it as a percentage. This index helps assess the relative size of the medullary cavity in relation to the overall bone structure, which can be useful in fields like anthropology and forensic science.