"the inferior orbital fissure is located between the lateral wall and floor of the orbit, its long axis forming a 45° angle to the head in the sagittal plane; transmits the infra-orbital nerve, zygomatic nerve, infra-orbital artery and vein and the inferior ophthalmic vein."
"the inferior orbital fissure is located between the lateral wall and floor of the orbit, its long axis forming a 45° angle to the head in the sagittal plane; transmits the infra-orbital nerve, zygomatic nerve, infra-orbital artery and vein and the inferior ophthalmic vein."
"the inferior orbital fissure is located between the lateral wall and floor of the orbit, its long axis forming a 45° angle to the head in the sagittal plane; transmits the infra-orbital nerve, zygomatic nerve, infra-orbital artery and vein and the inferior ophthalmic vein."
Expected headings
"Contents"
"Related pathology"
"There are three bony apertures that permit the entry of neurovasculature into the orbit:"
"the optic canal lies superomedial to the superior orbital fissure and is separated from it by the inferior root of the lesser wing of the sphenoid; it forms a 45° angle to the head in the sagittal plane and transmits the optic nerve and ophthalmic artery, passing through the tendinous ring"
"the medial part of the superior orbital fissure transmits CN III, VI and nasociliary nerve through the tendinous ring; the superolateral part transmits the frontal and lacrimal nerve, CN IV and superior ophthalmic vein"
"the inferior orbital fissure is located between the lateral wall and floor of the orbit, its long axis forming a 45° angle to the head in the sagittal plane; transmits the infra-orbital nerve, zygomatic nerve, infra-orbital artery and vein and the inferior ophthalmic vein."
"the medial part of the superior orbital fissure transmits CN III, VI and nasociliary nerve through the tendinous ring; the superolateral part transmits the frontal and lacrimal nerve, CN IV and superior ophthalmic vein"