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- Dorsal Cuboideonavicular Ligament, Dorsal View
Dorsal Cuboideonavicular Ligament, Dorsal View
The dorsal cuboideonavicular ligament viewed from above, showing its fine, slender bands spanning the superior surfaces of the two tarsal bones in a human male.
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Description
Dorsally oriented over the midfoot, the cuboid lies lateral to the navicular, and slender dorsal cuboideonavicular ligament bands bridge the interval between their superior surfaces at the lateral margin of the transverse tarsal (midtarsal) joint. Distal to this complex, the metatarsals align in a gentle arc toward the phalanges, while proximally the talus and calcaneus anchor the hindfoot. Articular cartilage rims the dorsal joint contours, clarifying the boundaries at the tarsometatarsal, metatarsophalangeal, and interphalangeal articulations. Fine connective tissue detail keeps the focus on the dorsal ligamentous restraint rather than plantar architecture. Clinically, this dorsal band matters because it helps limit dorsal translation and separation across the calcaneocuboid and talonavicular components of the Chopart joint complex, a region stressed during inversion injuries and midfoot sprains. Dorsal midfoot pain after trauma can reflect capsuloligamentous disruption here, and radiology reports often hinge on subtle malalignment at the lateral column when assessing for Chopart injury patterns. Small structure, real consequences. The dorsal perspective also mirrors the surgical corridor used for dorsal approaches to the midtarsal region, where superficial dissection must respect extensor tendons and dorsal neurovascular structures even when the target pathology is deeper. Orthopaedic teaching files and podiatric medicine courses can use this view to orient learners to the navicular-cuboid relationship before moving to the plantar ligaments and the bifurcate ligament. It also fits cleanly into atlas plates and review articles discussing midfoot sprain classification, Chopart joint instability, and postoperative alignment after lateral column procedures. Anatomical accuracy verified by SciePro's Medical Advisory Board.