Linked from

The 14 pages that link to Intervertebral disc, each with the reason it gives.

• Vertebral columnBroader topic: Discs separate most vertebral bodies and absorb compression.

• CartilageBroader topic: Its cartilage-rich components cushion forces between vertebrae.

• NotochordRelated: The nucleus pulposus has traditionally been linked to persistent notochord cells, though its developmental origin is debated.

• RadiculopathyNarrower topic: Disc changes can narrow the space around roots or allow material to protrude toward them.

• Spinal stenosisRelated: Disc bulging or degeneration can encroach on the canal and nerve openings.

• Axial skeletonRelated: These cartilaginous structures connect and cushion the vertebrae.

• MeniscusCompared with: It shares fibrocartilage composition but lies between vertebrae, not within a synovial joint.

• Spinal fusionRelated: Many fusion procedures remove a disc to prepare the space for grafting.

• VertebraRelated: It cushions compression and permits limited movement between this vertebra and its neighbors.

• Cervical vertebraRelated: Discs cushion and connect the lower cervical vertebrae; none lies between the atlas and axis.

• Low back painBroader topic: Disc changes can contribute to pain, though imaging abnormalities are also common without symptoms.

• Disc herniationNarrower topic: Herniation occurs when material from this spinal structure extends beyond its normal boundary.

• Human backBroader topic: Discs cushion the vertebrae and help the spine bend.

• Spinal columnBroader topic: Discs cushion loads and allow small movements between neighboring vertebrae.