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Page 219
... neural mechanisms that respond preferentially to some spe- cific stimulus feature ; the investigation of these neural mechanisms has been a major line of research in sensory electrophysiol- ogy ( microelectrode recording ) during the ...
... neural mechanisms that respond preferentially to some spe- cific stimulus feature ; the investigation of these neural mechanisms has been a major line of research in sensory electrophysiol- ogy ( microelectrode recording ) during the ...
Page 252
... neural integrator would cause the motoneurons to receive only pulse signals . In such a situation , a sac- cadic refixation will be of normal speed and amplitude but , without the tonic step pattern , the eyes will not be held in the ...
... neural integrator would cause the motoneurons to receive only pulse signals . In such a situation , a sac- cadic refixation will be of normal speed and amplitude but , without the tonic step pattern , the eyes will not be held in the ...
Page 280
... neural integrator ; DEL , delay , which simulates neural transmission time in the model's feedback pathways ; G , gain [ indicates locations in the model where a change in transmission efficacy ( gain ) could induce saccadic dysmetria ] ...
... neural integrator ; DEL , delay , which simulates neural transmission time in the model's feedback pathways ; G , gain [ indicates locations in the model where a change in transmission efficacy ( gain ) could induce saccadic dysmetria ] ...
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abnormal Adie's pupil Adie's syndrome afferent amplitude Arch axonal transport axoplasmic transport bilateral carotid central chiasm chiasmal chromatic clinical color vision compression computerized tomography computerized tomography CT cone contrast CT scan curve Daroff degrees delay diagnosis diameter disease double-flash eccentricity edema examination eye movements Figure fixation fovea Frisén function ganglion cells Goldmann Hayreh hemianopia Horner's syndrome impaired increased isopters kinetic perimetry latency left eye lesions luminance meningioma multiple sclerosis nerve fiber nerve sheath neural neurons normal nystagmus ocular Ophthalmol optic canal optic disc optic disc edema optic nerve head optic neuritis orbital palsy papilledema pathway patients pattern perimeter perimetrist perimetry peripheral photopic present pupil cycle pupillary response retinal right eye saccades scotoma scotomata sensitivity showed spatial frequencies spectral sphenoid sphincter static perimetry stimulus target temporal threshold tients tion tonic pupil tumor velocity Vision Res visual acuity visual field defects visual loss wavelength