As you know, osteoblasts secrete collagen and organic cmpounds upon which bone is formed. Osteoblasts are incapable of mitosis. As Osteoblasts release matrix materials around themselves, they become enveloped by the matrix and at this point differentiate into Osteocytes.
Yes, they divide, and as they divide, they create bone matrix and collagen fibers. As the osteoblasts become surrounded by the bone matrix, it hardens, enclosing the cells in a lacuna, transforming them into osteocytes. Osteocytes cannot divide.
Osteocytes become surrounded by bone matrix and are relatively inactive, but do have the capability to produce components needed to maintain the bone matrix if needed. Lacunae osteoblasts change into osteocytes.
Osteocytes repair cracks in bones, and help bones grow. They repair the cracks by releasing new proteins on them called calcium. Osteocytes are like the maintainence for bones. Without them you would crumple or stay the same size you were when you were born. They are very helpful!
The cell type that is responsible for bone matrix is the Osteoblast. Osteoblast's form a protein mixture known as osteoid, which materializes to become bone. They also manufacture hormones to act on the bone itself.
osteoblasts. definitely osteoblasts. Though 'osteoclasts' are correct in the sense that they can call for the osteoblasts. But osteoclasts are more directly involved in chewing away at bone.
Yes, they divide, and as they divide, they create bone matrix and collagen fibers. As the osteoblasts become surrounded by the bone matrix, it hardens, enclosing the cells in a lacuna, transforming them into osteocytes. Osteocytes cannot divide.
Osteocytes become surrounded by bone matrix and are relatively inactive, but do have the capability to produce components needed to maintain the bone matrix if needed. Lacunae osteoblasts change into osteocytes.
Osteocytes directly develop from osteoblasts, which are the bone-forming cells responsible for the production of the bone matrix. Once osteoblasts become embedded within the mineralized bone matrix they secrete, they differentiate into osteocytes. These mature bone cells play a critical role in maintaining bone tissue and communicating with other bone cells to regulate bone remodeling.
former osteoblasts that have become surrounded in bone matrix that is calcified
false
When osteoblasts become trapped in lacunae during the process of bone formation, they differentiate into osteocytes. This transformation involves the loss of their active bone-forming functions, and they instead take on a role in maintaining bone tissue. Osteocytes communicate with other bone cells through their dendritic processes, helping to regulate bone remodeling and respond to mechanical stress.
Osteoprogenitor cells differentiate into osteoblasts, which are responsible for bone formation and mineralization.
Osteoblasts are bone-forming cells that typically appear as large, cuboidal or columnar-shaped cells. They have a prominent nucleus and a well-developed rough endoplasmic reticulum, which is indicative of their active role in protein synthesis. Osteoblasts often display a basophilic cytoplasm due to the presence of ribosomes and endoplasmic reticulum. When they become embedded in the bone matrix they produce, they eventually differentiate into osteocytes.
Osteocytes repair cracks in bones, and help bones grow. They repair the cracks by releasing new proteins on them called calcium. Osteocytes are like the maintainence for bones. Without them you would crumple or stay the same size you were when you were born. They are very helpful!
The cell type that is responsible for bone matrix is the Osteoblast. Osteoblast's form a protein mixture known as osteoid, which materializes to become bone. They also manufacture hormones to act on the bone itself.
Osteocytes are mature bone cells embedded within the bone matrix, derived from osteoblasts that have become trapped during the bone formation process. They play a crucial role in maintaining bone health by regulating mineral content and communicating with other bone cells through long, hair-like extensions called dendrites. Osteocytes help orchestrate bone remodeling and respond to mechanical stress, contributing to the adaptation of bone structure to various forces.
Osteoblasts are the cells primarily involved in bone deposition. They synthesize and secrete the bone matrix, which includes collagen and other proteins, and facilitate the mineralization process by promoting the deposition of calcium phosphate. Once they become trapped in the matrix they produce, they differentiate into osteocytes, which help maintain bone tissue.