a fibrocartilaginous disc serving as a cushion between all of the vertebrae of the spinal column (except between the first two)
a jelly filled bag and does not have the 'spring' properties of a rubber disc
a soft cushion which is sandwiched between the vertebral bodies
The disc forms a cartilaginous joint between the vertebral bodies, providing extremely efficient shock absorption. Made up of the annulus fibrosis, nucleus pulposus and the cartilage end plates. Research implies the disc is the most commonly damaged structure, being the most common cause of lumbar spine disorders.
An intervertebral disc is the flexible plate of fibrocartilage that connects any two adjacent vertebrae in the backbone or spine.
This is the soft tissue found between the bones of the spinal column. They help cushion the spine from everyday stress. Through improper posture discs can wear out (degenerate). This can lead to the condition known commonly by the laymen, as a “slipped discâ€, or a disc herniation.
Tissue found between the bones of the spinal column, called vertebrae. The discs help cushion the spine from stress during everyday activities (i.e., walking, bending, sitting, etc.).
See Disc (Intervertebral).
The tough, elastic structure that is between the bodies of spinal vertebrae. The disc consists of an outer annulus fibrosus enclosing an inner nucleus pulposus. Also referred as disc.
Intervertebral discs are soft tissue structures that are between the vertebral bones of the spine. They act as cushions but are easily damaged.
Elastic disc -- a fibrous outer ring enclosing a pulpy inner nucleus -- interposed between adjoining vertebrae of the spine. Deterioration of the intervertebral disc through injury or disease leads to back pain.
Fibrocartilage padding between vertebral bodies that act as a shock absorber, with a pulpy center that acts as a ball-bearing.
disc that forms a cartilaginous joint between the vertebrae to provide shock absorption.
Intervertebral discs (or intervertebral fibrocartilage) lie between adjacent vertebrae in the spine. Each disc forms a cartilaginous joint to allow slight movement of the vertebrae, and acts as a ligament to hold the vertebrae together.
