What are the different types of fibrous tissue?
Fiber tissue consists of different groups of specialized cells that cooperate on performing specific functions in the body. These types of tissues - including connective, dense fibrous and reticular - are categorized according to the roles they play. The only constant in this type of tissue is that the fibers cooperate to create a continuous eye around different muscle fibers. This type of tissue is made up of elastic and collagen fibers and is used to bind other types of body tissues. Ligaments and tendons are made of fibrous connective tissue. There are no living cells in most of this connective tissue. Instead, it is mainly made of water, proteins and polysaccharides. This is the type of tissue that forms ligaments and tendons, as well as what is called aponeurosis or layers of flat tendons. This tissue is also located on a layer of skin called dermis and on capsules surrounding the organs of the body. Sometimes it is further divided into what is referred to as regular and irregular dense connective tissue.
Although it is also made of collagen, free fibrous tissue, it differs from dense tissue in that it also contains open spaces known as areolae. These spaces are filled with liquid and are found together with collagen and elastic fibers forming tissue. This type of tissue can be found in reticular, fibroelastic and fat tissues.
Reticular tissue is another type of fibrous tissue present in the body. The fibers forming this type of tissue are made of a different type of collagen than the type used by the body to create other types of fibrous tissue. These reticular fibers can be found in the lymphatic system and in some taks of the body, such as liver and bone marrow.
adipose tissue is sometimes considered types of fibrous tissue found in the human body. This is primarily due to the fact that adipose tissue is actually held together by the same reticular fibers that form a reticular fiber tissue in other parts of the body.Some also consider it a type of free fibrous tissue.