What is the main function of the connective tissue?

The function of the connective tissue is either to connect to body structures such as bones and muscles together, or to hold tissues such as muscles, tendons or even organs in their right place in the body. Strengthening joints also strengthens and promotes articulation between bones. Another function of connective tissue is the transport of nutrients and metabolic by -products between the bloodstream and tissues on which it follows. The formation of dense nets of fibers, connective tissue consists of proteins such as collagen, elastin and intercellular fluid, and while its form can move from a thin leaf to the fiber rope, its constitution is relatively similar in the body.

There are four main categories of body tissue. Nerve tissue includes that they form the brain, spinal cord and nerves. Epithelial tissue occurs in layers and ranges from skin to organs and blood vessels. Muscle tissue is a similar connective tissue in that it is fibrous but is made up of units in muscle cells known as saromers that are designed to extend and stAhovals, which allows tissue to change the length and metabolizes nutrients much differently than the tissue binder.

connective tissue differs from other types of fibers in both its form and its function. It consists of both specialized cells that attach to other tissues and also what is called extracellular matrix. Its most prominent attribute, this matrix consists of liquid; Calionate substance, a gel that contains nutrient molecules such as hyaluronic acid, which are composed of carbohydrates and proteins; and protein -based fibers such as collagen and elastin. The fibers give the tissues its density and strength and are what borrows the function of connective tissue.

attachment to bones, muscle or other close tissues, Connective tissue is distributed throughout the body and creates tendons, ligaments, cartilage, fat and even contributes to blood and lymph. One of the functions of the connective tissue is to connect the structures of the locomine. The muscle is attached to the boneEm, which moves tendons, thick lengths of connective tissue that pull bones like a rope. Similarly, the bones are connected to each other on the joints of the ligaments that can resemble narrow bands or wide leaves. The ligaments not only hold the bones together, but prevent the joints from moving as a normal range of movement and also support the bones on the joint, as if they prevent the arms from appearing from its drawer on the shoulder joint.

Another function of connective tissue is the encapsulation of structures such as muscles and joints, thereby transporting vital nutrients between these structures and the bloodstream. While the connective tissue itself does not tend to be too dense with the capillaries, oxygen and nutrients from the nearby capillary of the bed to the tissue that is attached to the tissue. Similarly, when the waste products are removed from the tissues, the connective tissue moves it back to the bloodstream to remove from the body.

connective tissue also contributes to storing energy because fat tissue or fat is a form of connective tissue, as well asImmune functions, because many types of immune cells such as those that create scars tissue are forms of connective tissue. Finally, the connective tissue gives many organs their shape and holds them in their place in their respective body cavities. It does so by creating bags that contain organs and connect to nearby structures so that they simply do not call freely.