Superior Oblique Muscle Diagram - Extraocular Muscle Anatomy Ophthalmology Review -

The laminar anatomy of the human so was confirmed by serial sectioning in the . These muscles are unique in that they do not originate from . Rectus and the inferior oblique extraocular muscles (eoms) consist of. Two extraocular muscles, the medial rectus and lateral rectus, work together to control horizontal eye movements (figure 8.1, left). Details of these muscles are shown below:

The superior oblique muscle fit closely with those predicted from the anatomy of .

Two extraocular muscles, the medial rectus and lateral rectus, work together to control horizontal eye movements (figure 8.1, left). The lateral rectus is an extraocular muscle that attaches to the side of the eye near the temple. Other articles where superior oblique muscle is discussed: The laminar anatomy of the human so was confirmed by serial sectioning in the . This moves the eye inwards, towards the nose (adduction). Rectus and the inferior oblique extraocular muscles (eoms) consist of. The superior oblique muscle fit closely with those predicted from the anatomy of . The superior oblique is one of the two noteworthy oblique extraocular muscles. These provide trunk flexion and rotation. These muscles are unique in that they do not originate from . Trochlear nerve (cn iv or 4): Moreover, the annular tendon is also the place of attachment of the superior oblique muscle and levator palpebrae superioris muscle [7. It moves the eye outward.

The superior oblique is one of the two noteworthy oblique extraocular muscles. Two extraocular muscles, the medial rectus and lateral rectus, work together to control horizontal eye movements (figure 8.1, left). Details of these muscles are shown below: It moves the eye outward. These provide trunk flexion and rotation.

The superior oblique is one of the two noteworthy oblique extraocular muscles.

The lateral rectus is an extraocular muscle that attaches to the side of the eye near the temple. Two extraocular muscles, the medial rectus and lateral rectus, work together to control horizontal eye movements (figure 8.1, left). Other articles where superior oblique muscle is discussed: The superior oblique muscle fit closely with those predicted from the anatomy of . These muscles are unique in that they do not originate from . This moves the eye inwards, towards the nose (adduction). It moves the eye outward. …innervate the contralateral (opposite side) . The obliquus oculi superior (superior oblique) is a fusiform muscle, placed at the upper and medial side of the orbit. These provide trunk flexion and rotation. Rectus and the inferior oblique extraocular muscles (eoms) consist of. Details of these muscles are shown below: Depending on the precise anatomy of the causative lesion the relative afferent pupillary defect can be ipsilateral or contralateral to the fourth nerve palsy.

The superior oblique muscle fit closely with those predicted from the anatomy of . These provide trunk flexion and rotation. Two extraocular muscles, the medial rectus and lateral rectus, work together to control horizontal eye movements (figure 8.1, left). These muscles are unique in that they do not originate from . Moreover, the annular tendon is also the place of attachment of the superior oblique muscle and levator palpebrae superioris muscle [7.

These muscles are unique in that they do not originate from .

Moreover, the annular tendon is also the place of attachment of the superior oblique muscle and levator palpebrae superioris muscle [7. Introductionthe action of the superior oblique muscle has been inferred. …innervate the contralateral (opposite side) . Depending on the precise anatomy of the causative lesion the relative afferent pupillary defect can be ipsilateral or contralateral to the fourth nerve palsy. It moves the eye outward. These provide trunk flexion and rotation. These muscles are unique in that they do not originate from . Other articles where superior oblique muscle is discussed: The laminar anatomy of the human so was confirmed by serial sectioning in the . The superior oblique is one of the two noteworthy oblique extraocular muscles. Trochlear nerve (cn iv or 4): Two extraocular muscles, the medial rectus and lateral rectus, work together to control horizontal eye movements (figure 8.1, left). The superior oblique muscle fit closely with those predicted from the anatomy of .

Superior Oblique Muscle Diagram - Extraocular Muscle Anatomy Ophthalmology Review -. The laminar anatomy of the human so was confirmed by serial sectioning in the . Depending on the precise anatomy of the causative lesion the relative afferent pupillary defect can be ipsilateral or contralateral to the fourth nerve palsy. Rectus and the inferior oblique extraocular muscles (eoms) consist of. The superior oblique muscle fit closely with those predicted from the anatomy of . These muscles are unique in that they do not originate from .

Moreover, the annular tendon is also the place of attachment of the superior oblique muscle and levator palpebrae superioris muscle [7 oblique muscle diagram. Two extraocular muscles, the medial rectus and lateral rectus, work together to control horizontal eye movements (figure 8.1, left).