Intervertebral disc tissue consists of two basic parts, cellular and extracellular. The cellular part, which forms the inner part of the disc tissue, is more dense and durable. This part contains a gel-like substance that facilitates flexibility and mobility. The extracellular part is the outer part, which is less dense and less durable, and this part tries to protect the tissue itself by restricting the mobility of the disc tissue. Intervertebral disc tissue has nucleus pulposus in its center, annulus fibrosus in its periphery, and cartilaginous end-plates associated with capillary are located cranially and caudally. Nucleus pulposus is a gel structure containing proteoglycan and water. Annulus fibrosus is a structure consisting of oblique extension layers of type I collagen-based fibers between the vertebrae. The end-plate consists of chondrocytic cells and the cranial and caudal surfaces of the intervertebral disc tissue are attached to the vertebra by this formation.