If you're taking the class I think you are, according to your notes and other sources the answer would be either the endosteum or the periosteum
The inner osteogenic layer primarily consists of osteoblasts, which are responsible for bone formation, as well as osteoprogenitor cells that can differentiate into osteoblasts. This layer is important for bone growth, repair, and remodeling.
1. derived from or made up of bone-forming tissue. 2. of or pertaining to osteogenesis.
Osteogenic cells are responsible for forming new bone tissue through the process of bone formation or ossification. They differentiate into osteoblasts which then deposit bone matrix to build new bone. Osteogenic cells play a key role in bone growth, repair, and remodeling.
Periosteum is a fibrous membrane that covers the outer surface of bones, containing blood vessels and nerves for nourishment and sensation, as well as a layer of osteogenic cells important for bone repair and growth. Compact bone, on the other hand, is the dense and hard outer layer of bone tissue that provides strength and protection. It is made up of tightly packed osteons, which are the basic functional units of bone.
Osteoblasts are cells that are mainly known for making bone. Also, they break down old and weak bone cells.Osteoblasts are cells that help construct bones. However, they do not stop working after your skeleton has finished growing. There is another type of cell known as the osteocyte that destroys small areas of bone, which are then filled in by the osteoblasts. Through this system the skeleton is reinforced and reconstructed constantly, so that weak or old spots are replaced and broken bones heal.
The inner osteogenic layer primarily consists of osteoblasts, which are responsible for bone formation, as well as osteoprogenitor cells that can differentiate into osteoblasts. This layer is important for bone growth, repair, and remodeling.
Osteogenic cell
1. derived from or made up of bone-forming tissue. 2. of or pertaining to osteogenesis.
Osteogenic cells are responsible for forming new bone tissue through the process of bone formation or ossification. They differentiate into osteoblasts which then deposit bone matrix to build new bone. Osteogenic cells play a key role in bone growth, repair, and remodeling.
Periosteum is a fibrous membrane that covers the outer surface of bones, containing blood vessels and nerves for nourishment and sensation, as well as a layer of osteogenic cells important for bone repair and growth. Compact bone, on the other hand, is the dense and hard outer layer of bone tissue that provides strength and protection. It is made up of tightly packed osteons, which are the basic functional units of bone.
His right leg was amputated in 1977 after he was diagnosed with osteogenic sarcoma (bone cancer)
Osteogenic zones are primarily seen in the growth plates of long bones, also known as the epiphyseal plates. These zones of specialized cartilage allow for bone growth during development. The different zones within the growth plate are responsible for various stages of bone formation and resorption.
the layer of bone that is fixed first is the compact bone layer
Alexandra Lenore Herbertson has written: 'The rat bone marrow stromal cell osteogenic system'
Osteoblasts are cells that are mainly known for making bone. Also, they break down old and weak bone cells.Osteoblasts are cells that help construct bones. However, they do not stop working after your skeleton has finished growing. There is another type of cell known as the osteocyte that destroys small areas of bone, which are then filled in by the osteoblasts. Through this system the skeleton is reinforced and reconstructed constantly, so that weak or old spots are replaced and broken bones heal.
The compact bone surrounds the spongy bone and provides structure for the body.
The majority of the bone you see is actually extracellular matrix but dispersed within it are cells called osteoblasts. These are usually either individual cells or in very small groups but they are not in any specific locations within the bone.