What are different types of connective tissue?
connective tissue is one of the four main types of tissues that make up the body. These fibrous cell groups are found throughout the body and hold other types of tissues, including muscles, nerves and epithelium. They consist of a combination of living cells and inanimate material known as a matrix. There are several different types of connective tissues, each of which serves a specific purpose. The reason is the way the matric fibers of this tissue are freely woven, while the cells are scattered all the time. It is also located under the skin. Two varieties of this type are called regular and irregular. Tendons and bonds are considered regular types, with collagen fibers running parallel to the structure. Irregular dense connective tissue can be found and creates a cover for certain organs, including the kidneys.
Another type of connective tissue is blood. This fluid tissue consists of a liquid plasma base that supports other cell types, including red and white blood cells. Blood is the main method that is around the body tRansported nutrients, waste and hormones. It is also decisive for the correct immune function.
fat or adipose tissue is also considered one of the types of connective tissue. These cells usually occur in close proximity to release connective tissue. The primary purpose of fat cells is to provide fat storage that the body can use for energy. It also provides other types of tissues on pillows and also helps to insulate.
cartilage is a strong, flexible material made mainly of collagen, which is timely used as a padding between bones. It is located in the joints and between the backbone disks, where it pollutes the bones to prevent each other against each other. Some other parts of the body, such as nose and ears, are also made of cartilage.
Bones are the strongest of the types of connective tissues, while calcium salts support collagen fibers to form a structure that is firm but still somewhat flexible. Provides ráMec to support other body tissues and protection of internal organs. The muscles are also connected to it through the dense connective tissue of the tendon.