If bones were solely composed of spongy tissue, homeostasis would be compromised due to the lack of structural integrity and strength that compact bone provides. Spongy bone is lighter and less dense, which could lead to increased susceptibility to fractures and instability in the skeletal system. This instability would affect the body's ability to support itself and protect vital organs, ultimately disrupting the maintenance of internal conditions such as mineral balance and blood cell production. Overall, the skeletal system's role in homeostasis would be significantly impaired.
short bones
Endosteum tissue lines the openings in spongy bone.
compact bone tissue and spongy bone tissue
Ligaments are the tough bands of tissue that hold bones together at the joints. They provide stability and support for the bones, allowing for movement while preventing dislocation or excessive movements.
spongy and compact bone
Two types of bone tissue are compact bone and spongy bone. Compact bone functions as the basic supporting tissue of the body. Spongy bone's function , meanwhile, is to make up most of the short, flat, and irregular bones in your body. It also makes up the ends of long bones.
Flat bones in adult and almost all bones in children
The bone marrow is a spongy tissue that makes red blood cells. This process is called hematopoiesis.
Yes, all compact bones contain both spongy and compact bone tissue. The outer layer of compact bone provides strength and protection, while the inner spongy bone contains bone marrow and provides flexibility.
Two types of bone tissue are compact bone and spongy bone. Compact bone functions as the basic supporting tissue of the body. Spongy bone's function , meanwhile, is to make up most of the short, flat, and irregular bones in your body. It also makes up the ends of long bones.
Bone marrow is the spongy tissues where blood cells and platelets are produced. This type of marrow is found in the shafts of long bones.
The spongy layer is located beneath the upper epidermis in the mesophyll tissue of plant leaves. It is made up of loosely packed cells with air spaces between them, allowing for gas exchange and photosynthesis to occur more efficiently.