The cerebral venous system consists of superficial and deep veins, all of which ultimately drain into the major dural venous sinuses and from these into the internal jugular veins. The superficial veins drain the outer 2 cm of cerebral cortex; the deep veins drain blood from the deep hemispheric white matter, basal ganglia, and diencephalon. The superficial veins are thin-walled, lacking a muscular wall and valves. They are inconstant, lack well-defined vascular territories, and are not readily visualized with neuroimaging. By contrast, the deep cerebral veins are larger, constant, and identifiable on imaging studies
SUMMARY – Venous system can be classified as pulmonary veins, systemic veins and venous sinuses that...
Cerebral venous outflow impairment is known to produce cerebral dysfunction in many clinical and ani...
Background and Purpose: Recent studies of the organization of the cerebral venous system in healthy ...
Cerebral venous system can be divided into a superficial and a deep system. The. superficial system ...
The veins of the brain possess no valves, and their walls are extremely thin because they have no mu...
The principal deep cerebral veins are the insular and striate veins, the subependymal veins, the med...
Cerebral venous system can be divided into a superficial and a deep system. The superficial system c...
The clinical manifestations of CVT are extremely varied, depending on several factors. These include...
Cerebral physiology and pathology are still frequently missing a comprehensive explanation and a com...
<p>(<b>A</b>) Schematic drawing of corrosion cast, lateral right view. The straight sinus (SS) was t...
Our understanding of cerebral venous thrombosis (CVT) has greatly increased in recent years due prim...
The small venous channels that drain the dura mater covering the brain are the meningeal veins. They...
From time immemorial, cerebral thrombosis used to be synonymous with arterial thrombosis. But, cereb...
The hallmark of occlusive disease of superficial cerebral veins is the occurrence of focal or genera...
The internal jugular vein is the most important drainage channel in the craniocervical region. It co...
SUMMARY – Venous system can be classified as pulmonary veins, systemic veins and venous sinuses that...
Cerebral venous outflow impairment is known to produce cerebral dysfunction in many clinical and ani...
Background and Purpose: Recent studies of the organization of the cerebral venous system in healthy ...
Cerebral venous system can be divided into a superficial and a deep system. The. superficial system ...
The veins of the brain possess no valves, and their walls are extremely thin because they have no mu...
The principal deep cerebral veins are the insular and striate veins, the subependymal veins, the med...
Cerebral venous system can be divided into a superficial and a deep system. The superficial system c...
The clinical manifestations of CVT are extremely varied, depending on several factors. These include...
Cerebral physiology and pathology are still frequently missing a comprehensive explanation and a com...
<p>(<b>A</b>) Schematic drawing of corrosion cast, lateral right view. The straight sinus (SS) was t...
Our understanding of cerebral venous thrombosis (CVT) has greatly increased in recent years due prim...
The small venous channels that drain the dura mater covering the brain are the meningeal veins. They...
From time immemorial, cerebral thrombosis used to be synonymous with arterial thrombosis. But, cereb...
The hallmark of occlusive disease of superficial cerebral veins is the occurrence of focal or genera...
The internal jugular vein is the most important drainage channel in the craniocervical region. It co...
SUMMARY – Venous system can be classified as pulmonary veins, systemic veins and venous sinuses that...
Cerebral venous outflow impairment is known to produce cerebral dysfunction in many clinical and ani...
Background and Purpose: Recent studies of the organization of the cerebral venous system in healthy ...