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Spongy bone is porous and constructed of loosely connected structures. The spongy bones allows for the development of bone marrow. The main function of bone marrow is to produce blood cells.
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How does the structure of SPONGY-BONE follow its function?
Spongy bone is porous and constructed of loosely connected structures. The spongy bones allows for the development of bone marrow. The main function of bone marrow is to produce blood cells.
How does the structure of spongy bone follow its function?
Spongy bone is porous and constructed of loosely connected structures. The spongy bones allows for the development of bone marrow. The main function of bone marrow is to produce blood cells.
Which does not belong diploe spongy bone red marrow hematopoiesis yellow marrow?
Diploe does not belong because it refers to the inner layer of flat bones like the skull that contains both spongy and compact bone. Spongy bone, red marrow, hematopoiesis, and yellow marrow are all related to bone structure and function.
Do flat bones consist of compact bone sandwiched between spongy bone?
The compact bone surrounds the spongy bone and provides structure for the body.
What are bones with Latticework structure?
Not a particular bone, but spongy or cancellous bone has a latticework structure. This type of bone is typically found at the ends of long bones as well as making up the bulk of short bones.
What is the function of the trabeculae in spongy bone?
Trabeculae in spongy bone provide structural support and help distribute forces within the bone. They also contain red bone marrow, where blood cells are produced.
Why are spongy bones spongy?
Spongy bone has a lattice-like structure with open spaces filled with bone marrow. This design makes spongy bone lightweight and flexible, allowing it to absorb shock and distribute forces in multiple directions. This structure also provides space for blood vessels and facilitates the exchange of nutrients and waste products.
Why is our body not made of spongy bone tissue?
Our body is not made of spongy bone tissue because spongy bone, while lighter and capable of housing bone marrow, lacks the structural strength and stability needed for weight-bearing and protection. Compact bone, which is denser and stronger, provides the necessary support for movement and protects vital organs. The combination of compact and spongy bone allows for a balance of strength, flexibility, and lightweight structure essential for overall function. This architectural arrangement optimizes our skeletal system for both durability and resilience.
What Is located within the mesh network created by spongy bone in the epiphysis of a long bone in an adult?
Within the mesh network created by spongy bone in the epiphysis of a long bone in an adult, you will find red bone marrow. This marrow is responsible for the production of blood cells, including red blood cells, white blood cells, and platelets. Additionally, the spongy bone structure provides both strength and lightness to the bone, facilitating the overall function and movement of the skeletal system.
What are two kinds of bone tissue?
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.
What does spongy bone tissue lack?
Spongy bone tissue lacks Haversian canals, which are found in compact bone tissue. These canals are responsible for carrying blood vessels and nerves through the bone. Spongy bone also lacks a dense arrangement of bone cells, giving it a more porous and lightweight structure.
Where does the bone get its strength from the periosteum or the spongy bone?
The strength of a bone is derived from the combination of both the periosteum, which is the outer dense connective tissue membrane covering the bone, and the spongy bone, which is a lattice-like structure found inside the bone. The periosteum provides protection and support, while the spongy bone helps to absorb impact and distribute forces across the bone.
