The "'deep middle cerebral vein "'( deep Sylvian vein ) receives tributaries from the gyri, and runs in the lower part of the lateral sulcus.
12.
These include superior vena cava syndrome ( SVCS ), and thrombosis of the lateral sinus, superior sagittal sinus, internal jugular vein, or of the Great Cerebral Vein of Galen itself.
13.
It also contains the right and left internal cerebral veins ( which drain the choroid plexuses ) at its roof ( the two veins unite to form the great cerebral vein ).
14.
It also contains the right and left internal cerebral veins ( which drain the choroid plexuses ) at its roof ( the two veins unite to form the great cerebral vein ).
15.
The superior cerebellar veins pass partly forward and medialward, across the superior vermis, to end in the straight sinus and the internal cerebral veins, partly lateralward to the transverse and superior petrosal sinuses.
16.
The superior sagittal sinus receives the superior cerebral veins, veins from the diplo?and dura mater, and, near the posterior extremity of the sagittal suture, veins from the pericranium, which pass through the parietal foramina.
17.
The basal vein passes backward around the cerebral peduncle, and ends in the internal cerebral vein ( vein of Galen ); it receives tributaries from the interpeduncular fossa, the inferior horn of the lateral ventricle, the hippocampal gyrus, and the mid-brain.
18.
The "'superior thalamostriate vein "'or "'terminal vein "'commences in the groove between the corpus striatum and thalamus, receives numerous veins from both of these parts, and unites behind the crus of the fornix with the choroid vein to form one of the internal cerebral veins.
19.
Batson noted " the extensive filling of the vertebral veins, the superior longitudinal sinus, transverse sinus as well as other dural and cerebral veins " following injection of radiopaque material into a superficial venule in the left breast ( Batson 1940, Figure 5, page 143 ).
20.
They run backward parallel with one another, between the layers of the tela chorioidea of the third ventricle, and beneath the splenium of the corpus callosum, where they unite to form a short trunk, the great cerebral vein of Galen; just before their union each receives the corresponding basal vein.
