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The superior orbital fissure syndrome (sofs) is a complex of impaired function of the cranial nerves (iii, iv, v, and vi) that enter the orbit through the . It lies between the lesser and greater wings of the sphenoid bone. Long fissures seem to store only . Superior orbital fissure syndrome (sofs) is a clinical syndrome first described by hirschfield in 1858. The superior orbital fissures are the open spaces (gaps) between the inferior surfaces of the lesser wings and the anterior surfaces of the greater wings.

The superior orbital fissure is a foramen in the skull, although strictly it is more of a cleft, lying between the lesser and greater wings of the sphenoid . Anatomy of the left orbital apex, highlighting the
Anatomy of the left orbital apex, highlighting the from www.researchgate.net

The superior orbital fissure is a foramen in the skull, although strictly it is more of a cleft, lying between the lesser and greater wings of the sphenoid . It lies between the lesser and greater wings of the sphenoid bone. The sof is bounded above by the lesser wing of the sphenoid bone, below by the greater wing, and medially by the sphenoid body. The superior orbital fissure is the communication between the cavernous sinus and the apex of the orbit. It leads to a compression on the structures passing . The optic strut forms the upper . Mnemonic for all structures passing through the superior orbital fissure (superior to inferior) include: It is straddled by the tendinous .

The superior orbital fissure is a foramen or cleft in the skull.

The sof is bounded above by the lesser wing of the sphenoid bone, below by the greater wing, and medially by the sphenoid body. It is straddled by the tendinous . The superior orbital fissure is a foramen in the skull, although strictly it is more of a cleft, lying between the lesser and greater wings of the sphenoid . The superior orbital fissure is a foramen or cleft in the skull. Superior orbital fissure syndrome (sofs) is a clinical syndrome first described by hirschfield in 1858. The superior orbital fissure divides the lesser and greater wing of the sphenoid bone and is closed laterally by the frontal bone. Mnemonic for all structures passing through the superior orbital fissure (superior to inferior) include: Superior orbital fissure syndrome is a complex of cranial nerve impairment that affects the cn iii, iv, v and vi all of which enters the orbit through . It leads to a compression on the structures passing . It lies between the lesser and greater wings of the sphenoid bone. The superior orbital fissure syndrome (sofs) is a complex of impaired function of the cranial nerves (iii, iv, v, and vi) that enter the orbit through the . The optic strut forms the upper . The superior orbital fissures are the open spaces (gaps) between the inferior surfaces of the lesser wings and the anterior surfaces of the greater wings.

The superior orbital fissure syndrome (sofs) is a complex of impaired function of the cranial nerves (iii, iv, v, and vi) that enter the orbit through the . The optic strut forms the upper . It lies between the lesser and greater wings of the sphenoid bone. It leads to a compression on the structures passing . The superior orbital fissures are the open spaces (gaps) between the inferior surfaces of the lesser wings and the anterior surfaces of the greater wings.

The superior orbital fissure is a foramen in the skull, although strictly it is more of a cleft, lying between the lesser and greater wings of the sphenoid . pterygopalatine fossa pptx - دكتور نجاة نظري - Muhadharaty
pterygopalatine fossa pptx – دكتور نجاة نظري – Muhadharaty from www.muhadharaty.com

The superior orbital fissure is a foramen or cleft in the skull. The superior orbital fissure is a foramen in the skull, although strictly it is more of a cleft, lying between the lesser and greater wings of the sphenoid . Long fissures seem to store only . Mnemonic for all structures passing through the superior orbital fissure (superior to inferior) include: The superior orbital fissures are the open spaces (gaps) between the inferior surfaces of the lesser wings and the anterior surfaces of the greater wings. The sof is bounded above by the lesser wing of the sphenoid bone, below by the greater wing, and medially by the sphenoid body. It leads to a compression on the structures passing . The superior orbital fissure syndrome (sofs) is a complex of impaired function of the cranial nerves (iii, iv, v, and vi) that enter the orbit through the .

Long fissures seem to store only .

The superior orbital fissure is a foramen or cleft in the skull. The superior orbital fissure divides the lesser and greater wing of the sphenoid bone and is closed laterally by the frontal bone. It lies between the lesser and greater wings of the sphenoid bone. The optic strut forms the upper . Superior orbital fissure syndrome (sofs) is a clinical syndrome first described by hirschfield in 1858. Mnemonic for all structures passing through the superior orbital fissure (superior to inferior) include: Long fissures seem to store only . The superior orbital fissures are the open spaces (gaps) between the inferior surfaces of the lesser wings and the anterior surfaces of the greater wings. It is straddled by the tendinous . The superior orbital fissure syndrome (sofs) is a complex of impaired function of the cranial nerves (iii, iv, v, and vi) that enter the orbit through the . Superior orbital fissure syndrome is a complex of cranial nerve impairment that affects the cn iii, iv, v and vi all of which enters the orbit through . The superior orbital fissure is the communication between the cavernous sinus and the apex of the orbit. It leads to a compression on the structures passing .

The superior orbital fissure is a foramen or cleft in the skull. The sof is bounded above by the lesser wing of the sphenoid bone, below by the greater wing, and medially by the sphenoid body. Mnemonic for all structures passing through the superior orbital fissure (superior to inferior) include: The superior orbital fissure is the communication between the cavernous sinus and the apex of the orbit. Superior orbital fissure syndrome is a complex of cranial nerve impairment that affects the cn iii, iv, v and vi all of which enters the orbit through .

The superior orbital fissure divides the lesser and greater wing of the sphenoid bone and is closed laterally by the frontal bone. Chapter 1: Neuro-Ophthalmic Anatomy | Ento Key
Chapter 1: Neuro-Ophthalmic Anatomy | Ento Key from entokey.com

It leads to a compression on the structures passing . The superior orbital fissure is a foramen in the skull, although strictly it is more of a cleft, lying between the lesser and greater wings of the sphenoid . It lies between the lesser and greater wings of the sphenoid bone. It is straddled by the tendinous . Superior orbital fissure syndrome (sofs) is a clinical syndrome first described by hirschfield in 1858. The superior orbital fissure is the communication between the cavernous sinus and the apex of the orbit. Long fissures seem to store only . Superior orbital fissure syndrome is a complex of cranial nerve impairment that affects the cn iii, iv, v and vi all of which enters the orbit through .

Superior orbital fissure syndrome is a complex of cranial nerve impairment that affects the cn iii, iv, v and vi all of which enters the orbit through .

The superior orbital fissure divides the lesser and greater wing of the sphenoid bone and is closed laterally by the frontal bone. Superior orbital fissure syndrome (sofs) is a clinical syndrome first described by hirschfield in 1858. Long fissures seem to store only . The superior orbital fissures are the open spaces (gaps) between the inferior surfaces of the lesser wings and the anterior surfaces of the greater wings. The optic strut forms the upper . It leads to a compression on the structures passing . The superior orbital fissure is a foramen in the skull, although strictly it is more of a cleft, lying between the lesser and greater wings of the sphenoid . The superior orbital fissure is the communication between the cavernous sinus and the apex of the orbit. The sof is bounded above by the lesser wing of the sphenoid bone, below by the greater wing, and medially by the sphenoid body. Superior orbital fissure syndrome is a complex of cranial nerve impairment that affects the cn iii, iv, v and vi all of which enters the orbit through . The superior orbital fissure is a foramen or cleft in the skull. It is straddled by the tendinous . It lies between the lesser and greater wings of the sphenoid bone.

View Superior Orbital Fissure Pics. The optic strut forms the upper . Superior orbital fissure syndrome is a complex of cranial nerve impairment that affects the cn iii, iv, v and vi all of which enters the orbit through . The superior orbital fissure is the communication between the cavernous sinus and the apex of the orbit. The sof is bounded above by the lesser wing of the sphenoid bone, below by the greater wing, and medially by the sphenoid body. It leads to a compression on the structures passing .

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