- Illustrations
- Nervous System
- Central nervous system (Brain and spinal cord)
- Posterior Perspective of the Sulcus Temporalis Superior
Posterior Perspective of the Sulcus Temporalis Superior
The sulcus temporalis superior as seen from a posterior angle, highlighting its elongated course across the cerebral surface.
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Description
Viewed from a posterior, slightly superior angle, the paired cerebral hemispheres sit separated by the longitudinal fissure, with the occipital poles inferior to the parietal convexities and the posterior temporal regions curving laterally toward the temporal lobes. Along the lateral surface of each hemisphere, the sulcus temporalis superior is identified as an elongated groove running anteroposteriorly, superior to the middle temporal gyrus and inferior to the inferior frontal and parietal opercular cortex. Posteriorly, its course approaches the temporoparietal junction near the angular and supramarginal gyri, in the neighborhood of the posterior ascending ramus of the lateral sulcus. Blue markers indicate the target sulcal segments bilaterally. Clear asymmetry is common. This posterior perspective matters because the superior temporal sulcus is a dependable surface landmark when you need to orient the lateral temporal lobe relative to perisylvian language cortex and posterior association areas. In temporal lobe epilepsy planning and lateral temporal tumor approaches, surgeons often correlate gyral and sulcal anatomy with neuronavigation and functional mapping to avoid the posterior superior temporal region and adjacent inferior parietal cortex, territories commonly implicated in language comprehension and auditory association. Radiologists also use the superior temporal sulcus as a reference on 3D MRI reconstructions when describing lesions that track along sulcal banks or distort the temporal stem. Use this illustration in neuroanatomy and neuroscience teaching modules on cerebral sulci and gyri, in atlases clarifying temporoparietal surface landmarks, or in operative and radiology publications that require clean external brain orientation without deep dissection. It also fits well in lecture slides discussing perisylvian anatomy, temporal lobe epilepsy workup, and structure based localization on cortical surface renders. Anatomical accuracy verified by SciePro's Medical Advisory Board.