- Illustrations
- Cardiovascular System
- Blood vessels
- Veins of the Brain in a Transparent Male Body, Lateral View
Veins of the Brain in a Transparent Male Body, Lateral View
A lateral view of the veins of the brain of a human male, highlighting the large superficial cerebral veins emptying into the superior sagittal sinus.
jpg, png
exc.VAT*
Prices are displayed excluding VAT. VAT will be calculated during checkout based on your business location and VAT number validity.
Description
Presented in lateral profile within a semi-transparent male cranium, the superficial cerebral venous network courses over the convexity of the cerebral hemisphere, with prominent superior cerebral veins ascending toward the midline to drain into the superior sagittal sinus along the attached border of the falx cerebri. Bridging veins traverse medially from the cortical surface to the dural venous sinus, while inferiorly directed superficial veins track toward the region of the transverse and sigmoid sinuses at the posteroinferior cranial vault. Gyri and sulci remain visible beneath the venous pattern, supporting orientation along the frontal, parietal, temporal, and occipital lobes. Neck extension suggests continuity toward the internal jugular vein at the jugular foramen. A lateral view of these veins matters because it clarifies the relationship between superficial cortical veins, bridging veins, and the dural venous sinuses, the interface where venous injury most often becomes clinically consequential. Bridging vein rupture with acceleration-deceleration trauma is a classic mechanism for subdural hematoma, and this perspective helps explain why blood accumulates between dura and arachnoid rather than within the subarachnoid cisterns. It also supports preoperative planning for parasagittal craniotomies, where preservation of superior cerebral veins draining to the superior sagittal sinus can determine postoperative venous infarction risk. Small structures, big consequences. Use this artwork in neuroanatomy and neuroscience teaching to pair surface landmarks with venous drainage patterns, or in neurosurgical, neuroradiology, and trauma publications discussing subdural hemorrhage, venous sinus anatomy, or dural sinus thrombosis pathways. It also reads well for patient-facing education when explaining why midline sinus and bridging vein injury can produce lateralizing symptoms. Anatomical accuracy verified by SciePro's Medical Advisory Board.