What Are The 7 Cranial Nerves? olfactory, optic, oculomotor, trochlear, trigeminal, abducens, facial, vestibulocochlear, glossopharyngeal, vagus, spinal accessory, hypoglossal. Still can’t remember the cranial nerves? Perhaps you need some Cranial Nerve Bookmarks to help you study! What are the 3 cranial nerves? The nerves are: the olfactory nerve (I), the optic nerve (II), oculomotor nerve
How Do You Remember The 12 Cranial Nerves Mnemonics? O: olfactory nerve (CN I) O: optic nerve (CN II) O: oculomotor nerve (CN III) T: trochlear nerve (CN IV) T: trigeminal nerve(CN V) A: abducens nerve (CN VI) F: facial nerve (CN VII) A: auditory (or vestibulocochlear) nerve (CN VIII) What is a mnemonic for
What Travels Through Common Tendinous Ring? The tendinous ring straddles the lower, medial part of the superior orbital fissure What makes up the common tendinous ring? Two specialized parts of this fibrous ring may be made out: a lower, the ligament or tendon of Zinn, which gives origin to the Rectus inferior, part of the
What Controls The Movement Of The Eye? The extraocular muscles execute eye movements and are innervated by three cranial nerves. … Two extraocular muscles, the medial rectus and lateral rectus, work together to control horizontal eye movements (Figure 8.1, left). Contraction of the medial rectus pulls the eye towards the nose (adduction or medial movement).
What Can Cause Oculomotor Dysfunction? Oculomotor Dysfunction is a relatively common visual condition that can affect individuals of all ages, usually due to a developmental delay or a result of a concussion (mTBI) or more serious traumatic brain injury (TBI). What are oculomotor disturbances? Oculomotor disturbances or nystagmus—periodic, mostly involuntary, eye movements—are of topodiagnostic importance
What Goes Through The Optic Foramen? The optic foramen, the opening through which the optic nerve runs back into the brain and the large ophthalmic artery What travels through superior orbital fissure? This fissure, which separates the greater and lesser wings of the sphenoid and lies between the optic foramen and the foramen rotundum, provides