The Cancellous, or spongy bone is made of Trabeculae, which are thin rods or plates of bone that often run in the same direction as the stress applied to the bone. Stress on the bone may be in the form of gravity, or it may occur due to common force applied to the limb. Which can ultimately cause weakness in your bones.
The cancellous bone is a spongy, less dense bone tissue that provides structural support and helps to absorb shock. Loss of cancellous bone can weaken a bone by reducing its overall density and strength, making it more prone to fractures and deformities. This can lead to conditions such as osteoporosis.
Cancellous bone. It is the less dense and more porous type of bone tissue found in the interior of bones.
The inner layer of a human bone is called the trabecular or cancellous bone. It is spongy in nature and contains bone marrow, where blood cells are produced.
Sponge bone, also known as cancellous bone, functions to provide structural support and flexibility to bones. It contains a network of trabeculae that helps to distribute stress and impact forces, as well as serves as a site for red bone marrow to produce blood cells.
A lightweight bone filled with spaces is likely to be a cancellous or spongy bone. This type of bone tissue has a honeycomb-like structure with many small cavities that are filled with bone marrow. Cancellous bone is found at the ends of long bones and in the interior of flat bones.
The spongy inner tissue of a bone is called trabecular or cancellous bone tissue. It is less dense than compact bone tissue and contains a network of bony trabeculae that provide structural support and help in bone marrow production.
No cancellous bone is also known as spongy bone
Cancellous or spongy bone.
Cancellous bone. It is the less dense and more porous type of bone tissue found in the interior of bones.
Cancellous bone
Cancellous.
Bone marrow and cancellous bone tissue
cancellous bone
A spongy bone is also called a cancellous bone or trabecular bone..
Spongy (or cancellous) bone is significantly degenerated by osteoporosis.
yes
Bone marrow and cancellous bone tissue
cancellous bone