- Illustrations
- Nervous System
- Central nervous system (Brain and spinal cord)
- Lateral Occipital Gyrus Of The Brain, Lateral View
Lateral Occipital Gyrus Of The Brain, Lateral View
The lateral occipital gyrus, a collection of irregular convolutions on the lateral surface of the occipital lobe.
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
Lateral occipital gyrus occupies the posterolateral surface of the occipital lobe, forming a set of irregular convolutions on the lateral aspect of the cerebral hemisphere. In a lateral perspective, it sits posterior to the parietal and temporal cortices and lies lateral to the medial occipital structures that border the calcarine sulcus, which are largely out of view from this angle. Bounding sulci on the lateral convexity, commonly including the lateral occipital sulcus and adjacent occipital sulci, help separate it from neighboring superior and inferior occipital gyri when those subdivisions are defined. Cortical folding is the focus. Lateral occipital cortex is a teaching and clinical touchpoint for higher-order visual processing beyond primary visual cortex, including shape and object perception, and it often enters discussions of visual agnosia and the dorsal and ventral stream framework. Lesions in the occipital lobe from posterior cerebral artery territory infarct, traumatic contusion at the occipital pole, or mass effect from metastatic disease can disrupt occipital gyri and produce complex visual deficits that do not map cleanly to a single visual field cut. Oblique lighting and crisp gyral relief in this fixed lateral view support accurate sulcal identification when correlating surface anatomy with axial and coronal brain MRI, where the lateral occipital sulcus can be a practical landmark during orientation. Neuroanatomy lecturers can drop this illustration into occipital lobe modules when introducing lobar boundaries, gyral nomenclature, and cortex-based localization for visual symptoms. Medical publishers and radiology educators will also find it well-suited for atlases pairing gross cortical landmarks with functional regions such as lateral occipital areas used in fMRI literature. Anatomical accuracy verified by SciePro's Medical Advisory Board.