Deep cerebral veins

Deep Cerebral Veins

The deep cerebral veins are a group of veins that drain the deep structures of the brain. These veins are crucial for the removal of deoxygenated blood and metabolic waste products from the brain's deep tissues. The deep cerebral veins are distinct from the superficial cerebral veins, which drain the outer surfaces of the brain.

Anatomy

The deep cerebral veins include several major veins:

• Internal cerebral veins: These veins are formed by the union of the thalamostriate vein and the choroidal vein. They run along the roof of the third ventricle and join to form the great cerebral vein.
• Basal veins of Rosenthal: These veins drain the midbrain and the basal ganglia. They run along the base of the brain and empty into the great cerebral vein.
• Great cerebral vein (of Galen): This short vein is formed by the union of the two internal cerebral veins and the basal veins of Rosenthal. It drains into the straight sinus.

Function

The primary function of the deep cerebral veins is to drain blood from the deep structures of the brain, including the thalamus, basal ganglia, internal capsule, and the choroid plexus. This drainage is essential for maintaining proper intracranial pressure and ensuring the removal of metabolic waste products.

Clinical Significance

Obstruction or thrombosis of the deep cerebral veins can lead to serious conditions such as deep cerebral vein thrombosis or venous infarction. These conditions can result in increased intracranial pressure, cerebral edema, and potentially life-threatening complications.

Related Pages

• Cerebral veins
• Superficial cerebral veins
• Internal cerebral veins
• Basal veins of Rosenthal
• Great cerebral vein
• Thalamostriate vein
• Choroidal vein
• Third ventricle
• Straight sinus
• Deep cerebral vein thrombosis
• Venous infarction