<p>riMLF = rostral interstitial nucleus of the medial longitudinal fasciculus; INC = interstitial nucleus of Cajal; III = nucleus of the third cranial nerve; (oculomotor nerve); IV = nucleus of the fourth cranial nerve (trochlear nerve); VI = nucleus of the sixth cranial nerve (abducent nerve); PPRF = paramedian pontine reticular formation; MVN = medial vestibular nucleus; NPH = nucleus prepositus hypoglossi.</p
The brainstem contains numerous structures including afferent and efferent fibers that are involved ...
Many structures within the medulla are important in the control of eye movements: the vestibular nuc...
The anatomic pathway involved in horizontal saccadic eye movements include the frontal eye fields, p...
Seen here is a sagittal view of the brainstem. The medulla has a significant role in gaze-holding, a...
In this series, the importance of the brainstem in eye movements is discussed, with particular empha...
Eye movements are the physical expression of upper fetal brainstem function. Our aim was to identify...
The oculomotor nucleus is divided into: 1. somatic medial column innervating the superior rectus mus...
The precise control of eye position is of critical importance for proper vision. The eyes must be qu...
(A) Seen here is a coronal view of the brainstem showing the locations of the ocular motor nuclei (I...
OBJECTIVES: Eye movements are the physical expression of upper fetal brainstem function. Our aim was...
<p>(A) Brainstem sagittal view demonstrating cutting planes. The blocks containing the rostral inter...
Many structures within the medulla are important in the control of eye movements: the vestibular nuc...
The oculomotor (OM) complex is a combination of somatic and parasympatethic neurons. The correct dev...
Seen here is a sagittal view of the brainstem, with the structures relevant to normal eyelid functio...
The anatomical pathways of saccades are described. These primarily involve the frontal eye fields (...
The brainstem contains numerous structures including afferent and efferent fibers that are involved ...
Many structures within the medulla are important in the control of eye movements: the vestibular nuc...
The anatomic pathway involved in horizontal saccadic eye movements include the frontal eye fields, p...
Seen here is a sagittal view of the brainstem. The medulla has a significant role in gaze-holding, a...
In this series, the importance of the brainstem in eye movements is discussed, with particular empha...
Eye movements are the physical expression of upper fetal brainstem function. Our aim was to identify...
The oculomotor nucleus is divided into: 1. somatic medial column innervating the superior rectus mus...
The precise control of eye position is of critical importance for proper vision. The eyes must be qu...
(A) Seen here is a coronal view of the brainstem showing the locations of the ocular motor nuclei (I...
OBJECTIVES: Eye movements are the physical expression of upper fetal brainstem function. Our aim was...
<p>(A) Brainstem sagittal view demonstrating cutting planes. The blocks containing the rostral inter...
Many structures within the medulla are important in the control of eye movements: the vestibular nuc...
The oculomotor (OM) complex is a combination of somatic and parasympatethic neurons. The correct dev...
Seen here is a sagittal view of the brainstem, with the structures relevant to normal eyelid functio...
The anatomical pathways of saccades are described. These primarily involve the frontal eye fields (...
The brainstem contains numerous structures including afferent and efferent fibers that are involved ...
Many structures within the medulla are important in the control of eye movements: the vestibular nuc...
The anatomic pathway involved in horizontal saccadic eye movements include the frontal eye fields, p...