neurapophysis (Meaning)

Webster

neurapophysis (n.)

One of the two lateral processes or elements which form the neural arch.

The dorsal process of the neural arch; neural spine; spinous process.

Synonyms & Antonyms of neurapophysis

No Synonyms and anytonyms found

neurapophysis Sentence Examples

  1. The neurapophysis forms the dorsal arch of the vertebra, protecting the delicate structures within.
  2. Each neurapophysis has a pair of superior articular processes, which connect it to the adjacent vertebra above.
  3. The spinal cord runs through the neural canal, which is formed by the stacked neurapophyses of the vertebrae.
  4. The neurapophysis also has a pair of transverse processes, which can provide attachment points for muscles and ligaments.
  5. The neurapophyses of different vertebrae can vary in size and shape, depending on their location in the spine.
  6. In some animals, such as birds, the neurapophyses are fused together to form a single, solid structure.
  7. In humans, the neurapophysis is located superior to the pedicle of the vertebra.
  8. The neurapophysis is formed from the neural arch of the vertebra, which develops from the embryonic neural tube.
  9. The neurapophysis plays an important role in the overall stability and flexibility of the vertebral column.
  10. Abnormalities or injuries to the neurapophysis can have serious consequences, such as spinal cord compression.

FAQs About the word neurapophysis

One of the two lateral processes or elements which form the neural arch., The dorsal process of the neural arch; neural spine; spinous process.

No synonyms found.

No antonyms found.

The neurapophysis forms the dorsal arch of the vertebra, protecting the delicate structures within.

Each neurapophysis has a pair of superior articular processes, which connect it to the adjacent vertebra above.

The spinal cord runs through the neural canal, which is formed by the stacked neurapophyses of the vertebrae.

The neurapophysis also has a pair of transverse processes, which can provide attachment points for muscles and ligaments.