Add to ORKGIn this final section, we summarize some of this information and provide a brief outline of central nervous system control of ocular motility
This chapter concerns abnormal eye movements that disrupt steady fixation and thereby degrade vision
Ocular motor apraxia is characterized by an impaired ability to generate saccades on command
In this chapter we describe physiologic processes and anatomic bases for the control of eye movement...
In this final section, we summarize some of this information and provide a brief outline of central ...
In this chapter we describe physiologic processes and anatomic bases for the control of eye movement...
During normal behavior, it is natural to use a combination of eye and head movements, whether to vol...
Saccades are the rapid eye movements that quickly redirect the eye such that an image of an object i...
To discuss eye movements, it is necessary to have a frame of reference against which any movement ma...
The trigeminal pathways of the extraocular muscle afferents are becoming more clearly delineated and...
In this chapter, we discuss normal and abnormal monocular and binocular eye movements as they pertai...
Summary. Saccades function to move the fovea rapidly to a target located on the peripheral retina. P...
Becker SI, Horstmann G, Herwig A. Eye movement control. Journal of Ophthalmology. 2014;2014(Article ...
Through its connections to the vestibular nuclei and to the reticular formation by way of the deep c...
The eyeball and the head undergo rotation with three degrees of freedom: rotation about the yaw axis...
This chapter concerns abnormal eye movements that disrupt steady fixation and thereby degrade vision...
This chapter concerns abnormal eye movements that disrupt steady fixation and thereby degrade vision
Ocular motor apraxia is characterized by an impaired ability to generate saccades on command
In this chapter we describe physiologic processes and anatomic bases for the control of eye movement...
In this final section, we summarize some of this information and provide a brief outline of central ...
In this chapter we describe physiologic processes and anatomic bases for the control of eye movement...
During normal behavior, it is natural to use a combination of eye and head movements, whether to vol...
Saccades are the rapid eye movements that quickly redirect the eye such that an image of an object i...
To discuss eye movements, it is necessary to have a frame of reference against which any movement ma...
The trigeminal pathways of the extraocular muscle afferents are becoming more clearly delineated and...
In this chapter, we discuss normal and abnormal monocular and binocular eye movements as they pertai...
Summary. Saccades function to move the fovea rapidly to a target located on the peripheral retina. P...
Becker SI, Horstmann G, Herwig A. Eye movement control. Journal of Ophthalmology. 2014;2014(Article ...
Through its connections to the vestibular nuclei and to the reticular formation by way of the deep c...
The eyeball and the head undergo rotation with three degrees of freedom: rotation about the yaw axis...
This chapter concerns abnormal eye movements that disrupt steady fixation and thereby degrade vision...
This chapter concerns abnormal eye movements that disrupt steady fixation and thereby degrade vision
Ocular motor apraxia is characterized by an impaired ability to generate saccades on command
In this chapter we describe physiologic processes and anatomic bases for the control of eye movement...