- Illustrations
- Respiratory System
- Lower respiratory tract
- Posterior Visual Field of the Colored Superior Segments of the Lungs
Posterior Visual Field of the Colored Superior Segments of the Lungs
The colored superior segments of the lungs as seen from the side, showcasing their distinct role in forming the superior surface of the lower 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
Posteriorly, the lungs are rendered with emphasis on the superior segment of each lower lobe (S6), highlighted in color against the remaining bronchopulmonary segments. The superior segment sits dorsal and slightly cranial to the basal segments (anterior, lateral, posterior, medial), and it wraps toward the vertebral column while remaining inferior to the apical and posterior segments of the upper lobe. Fissural boundaries are implied by the relationship of S6 to the oblique fissure, which separates it from the upper lobe along a posterolateral course. Clear geography. Clinically, S6 matters because it is a dependent region in many recumbent patients, a common site for aspiration-related consolidation, and a frequent target for segmental resection when disease remains confined to a single bronchopulmonary unit. The posterior perspective mirrors the distribution pattern you correlate on chest radiography and CT, where lower lobe superior segment opacities can project retrocardiac on the left and paravertebral on both sides, and where surgical planning hinges on understanding segmental bronchi and veins running in the intersegmental planes. Segmental anatomy drives operative margins. This artwork fits gross anatomy and radiologic anatomy teaching blocks on bronchopulmonary segmentation, and it reproduces cleanly in pulmonary surgery chapters discussing segmentectomy of S6, VATS port placement concepts, and postoperative air leak risk along intersegmental planes. It also supports clinical education materials on aspiration pneumonia patterns and dependent atelectasis in ICU positioning. Anatomical accuracy verified by SciePro's Medical Advisory Board.