vena lumbalis (Meaning)

Wordnet

vena lumbalis (n)

veins that drain the posterior body wall and the lumbar vertebral venous plexuses

Synonyms & Antonyms of vena lumbalis

No Synonyms and anytonyms found

vena lumbalis Sentence Examples

  1. The vena lumbalis transports deoxygenated blood from the lumbar region of the body towards the heart.
  2. The ascending lumbar vein, or vena lumbalis ascendens, connects the lumbar veins to the azygos vein in the thoracic cavity.
  3. The descending lumbar vein, or vena lumbalis descendens, forms the left renal vein by joining with the left gonadal vein.
  4. The vena lumbalis is essential for maintaining venous drainage from the lumbar region and contributing to overall circulatory function.
  5. Varicose veins in the vena lumbalis can lead to discomfort, swelling, and other medical issues.
  6. Scanning of the vena lumbalis using ultrasound can detect abnormalities or blockages in the vascular system.
  7. Intervertebral veins, which connect adjacent lumbar vertebrae, contribute to the formation of the vena lumbalis.
  8. The vena lumbalis is involved in the development of the lumbar and renal collateral circulation pathways.
  9. The lumbar lymph nodes are located along the course of the vena lumbalis and play a role in immune defense.
  10. The vena lumbalis is an important anatomical structure that supports blood flow and drainage in the lumbar and abdominal regions.

FAQs About the word vena lumbalis

veins that drain the posterior body wall and the lumbar vertebral venous plexuses

No synonyms found.

No antonyms found.

The vena lumbalis transports deoxygenated blood from the lumbar region of the body towards the heart.

The ascending lumbar vein, or vena lumbalis ascendens, connects the lumbar veins to the azygos vein in the thoracic cavity.

The descending lumbar vein, or vena lumbalis descendens, forms the left renal vein by joining with the left gonadal vein.

The vena lumbalis is essential for maintaining venous drainage from the lumbar region and contributing to overall circulatory function.