What is fibroblast?
Fibroblast is a type of cell that is responsible for the production of connective tissue. Fibroblasts play a decisive role in the creation of the vast majority of the organism and can be found in a huge number throughout the body. These cells can be distinguished into cells responsible for the production of several different types of connective tissue, including chondroblasts that are responsible for the production of collagen, and osteoblasts that create bones.
Fibroblasts have two different stages. When the cell actively divides and creates connective tissue, it is known as fibroblast. If it is sleeping, it becomes fibrocyte. Fibrocytes change shape, over time they become cylinders, which makes them easier to identify and can be seen along the edges of many types of connective tissues. These cells are present from the birth of the body and can be seen at different levels of activity depending on age, physical condition and other factors. The body constantly develops multiple fibroblasts in response to discovered conditions and various problems, from growth incentives to broken bones.
Fibroblasts help maintain the structural integrity of the body by constantly strengthening connective tissues to maintain their density and condition. As the cells die and are absorbed, fibroblasts create more to solve change. Fibroblasts are also involved in the production of ground substances, the supreme components of the extracellular matrix, which includes various proteins and other compounds.
Fibroblast can also play a role in tissue repair. For example, when someone is cut, fibroblasts are part of the team reaction team and it is a wound repair, while other cells prevent infection. You could think of fibroblasts as a building crew that is designed to be highly qualified and very flexible so that it can respond quickly to the emerging problems. The body can also produce multiple fibroblasts as needed.
When someone develops a disorder that inhibits the production or function of fibroblasts, it can become quite a problemby whom. The connective tissue is critically important and can be degraded or lost over time, leading to muscle weakness and many other symptoms. Doctors can sometimes identify such disorders by looking at fibroblast under a microscope or cultivating fibroblast sample from the patient to seek abnormalities.