- Illustrations
- Nervous System
- Central nervous system (Brain and spinal cord)
- Brain of a Human Male as, Lateral View
Brain of a Human Male as, Lateral View
A lateral view showcasing the intricately layered architecture revealed by the sagittal cut through the cerebrum of the human male.
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Description
Presented in lateral perspective with a sagittal section through the encephalon, the cerebrum appears superior and anterior to the cerebellum, its cortical gyri and sulci forming the dominant external contour. Medial midline structures expected in this cut include the corpus callosum arching superior to the lateral ventricle, the thalamus seated inferior to the fornix, and the brainstem descending caudally to meet the cervical spinal cord. Cranial nerves course anteroinferiorly from the brainstem toward the face and neck, while the cervical neurovascular bundle sits lateral in the neck with the carotid artery typically medial to the internal jugular vein. A lateral, mid-sagittal presentation matters because it clarifies the vertical stacking of the supratentorial compartment, posterior fossa, and brainstem, the same relationships you rely on when orienting to midline MRI for stroke, mass effect, or hydrocephalus. The brainstem and cranial nerve root entry and exit zones anchor bedside neuroanatomy and explain classic syndromes, from lateral medullary (PICA) infarct patterns to compressive third nerve palsy in uncal herniation. Color-separated arteries, veins, and nerves also support teaching of why carotid dissection can produce painful Horner syndrome and cranial neuropathies in the parapharyngeal space. Clear landmarks. Use this asset in neuroanatomy and head and neck courses to pair surface cortical anatomy with deep midline structures, and in neurology or neurosurgery publications that need an orientation figure for sagittal imaging, herniation patterns, or posterior fossa approaches. It also fits patient-facing materials explaining cranial nerve deficits or carotid and jugular relationships during neck surgery planning. Anatomical accuracy verified by SciePro's Medical Advisory Board.