An organic molecule is a molecule which contains the element carbon. An inorganic molecule is the opposite. Almost all of the molecules that are inside the human body would be classified as organic molecules.
The organic portion of bone, particularly collagen, provides the flexibility and tensile strength, while the inorganic portion, mainly hydroxyapatite crystals, contributes to the hardness and stiffness of bone structure. Together, they work synergistically to maintain the integrity and strength of bones.
Collagen is the organic compound primarily responsible for providing structure and support to bone and muscle tissue. It is a fibrous protein that forms the structural framework of these tissues.
Osteoblasts are bone-forming cells that have a cuboidal shape with a large, round nucleus. They are responsible for producing and secreting the extracellular matrix of bone, which includes collagen and other proteins. Osteoblasts are also involved in mineralization, where they help deposit calcium and phosphate onto the bone matrix.
In adults they are mostly produced in the bone marrow. There are situations where they can be produced elsewhere.
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.
Osteocytes are mature osteoblasts which maintain the bone structure.
The organic portion of bone, particularly collagen, provides the flexibility and tensile strength, while the inorganic portion, mainly hydroxyapatite crystals, contributes to the hardness and stiffness of bone structure. Together, they work synergistically to maintain the integrity and strength of bones.
Osteoclasts are the bone cells responsible for removing excess bone tissue after the fracture repair process. These multinucleated cells break down and resorb bone tissue, helping to reshape and remodel the new bone to restore its original structure and strength. This process is a crucial part of bone healing and ensures that the bone regains its functional integrity.
Collagen is the organic compound primarily responsible for providing structure and support to bone and muscle tissue. It is a fibrous protein that forms the structural framework of these tissues.
The salt used to construct bone is ...Hydroxyapatite (calcium phosphate and calcium carbonate)Other than the salt, which is 50% of the bone, it is also 25% water, and 25% collagen fibers, which are what gives bone its tensile strength.
Osteoblasts are bone-forming cells that have a cuboidal shape with a large, round nucleus. They are responsible for producing and secreting the extracellular matrix of bone, which includes collagen and other proteins. Osteoblasts are also involved in mineralization, where they help deposit calcium and phosphate onto the bone matrix.
In adults they are mostly produced in the bone marrow. There are situations where they can be produced elsewhere.
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.
Osteoclasts are responsible for the break down bone. Osteoclasts release minerals that result in a transfer of calcium from bone fluids to the blood stream which is the re-absorption process.
The structure that remains after long bone growth has ended is called the epiphyseal line. This line forms when the epiphyseal plates, which are areas of cartilage responsible for lengthwise growth, ossify and close after puberty. The epiphyseal line signifies that the bone has reached its adult length and growth has ceased.
A pork rib bone is primarily composed of a dense, mineral-rich structure, mainly consisting of calcium and phosphorus, which provide strength and rigidity. The bone is covered by a layer of periosteum, a connective tissue that contains blood vessels and nerves. Inside, the bone contains bone marrow, which is responsible for producing blood cells. The overall structure also includes collagen, which contributes to its flexibility and resilience.
structure, support, protection, and inside the bone marrow is responsible for creating red and white blood cells as well as platelets