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occipital lobe lesions(passive) caused bythe visual field defects
brain damage , such as from strokes(passive) are caused byvisual field defects
lesions beyond the optic chiasm(passive) caused byvisual field defects
damage to the optic chiasm(passive) caused bythe visual field defects
lesions in the optic nerve or optic chiasm(passive) typically caused byVisual field defects
optic chiasm compromisecausingvisual field defects
ocular pathology , such as age - related macular degeneration , glaucoma , or retinitis pigmentosa(passive) caused byvisual field defects
Glaucoma Cataracts Strokecausingvisual field defect
AB - Introduction : Vigabatrin ( VGB ) is implicatedto causevisual field defects
Photoreceptor Degeneration by Quantitative Optical Coherence Tomography | IOVS(passive) Caused byVisual Field Defects
lesions at 1(passive) caused byhomonymous hemianopia Visual field defects
postgeniculate lesions(passive) caused byhomonymous visual field defects
cortical lesions(passive) caused byvisual field defects
PCA lesionscausingvisual field defects
chronic stroke(passive) caused byvisual field defect
embolic stroke(passive) caused byVisual field defects
experimental glaucoma in Macaca mulatta monkeys(passive) caused byvisual field defects
an optic chiasm syndrome , which are not uncommon(passive) caused byvisual field defects
Brain Lesions Ganglion Cell Losses Underlying Visual Field Defects from Experimental Glaucoma(passive) Caused byVisual Field Defects
lesions in retrochiasmal or retrogeniculate regions of the afferent visual pathway(passive) caused byhomonymous visual field defects
Pubmed]Vigabatrin , a gabaergic antiepileptic drugcausesconcentric visual field defects
lesions of the retina and optic nerve(passive) are caused byMonocular visual field defects
eye diseases , such as glaucoma(passive) caused byvisual defects
Ocular Pathology [ dissertation(passive) Caused byVisual Field Defects
ocular pathology 1998(passive) caused byvisual field defects
stroke of the occipital lobe using pupillometer 13(passive) caused byhomonymous visual field defects
stroke of the occipital lobe using pupillometer 6(passive) caused byhomonymous visual field defects
ganglion cell or optic nerve damage(passive) caused byvisual field defects
Lesions in the choroid and retinawill also causevisual field defects
Unilateral retrochiasmatic lesionscausevisual field defects
Retro - chiasmal lesionscausehomonymous visual field defects
lesions and neurological defectscausevisual field defects
Anterior retrochiasmatic lesionscauseincongruent visual field defects
glaucoma realistically(passive) caused byvisual field defects
glaucoma and other diseases(passive) caused byvisual field defects
a disease other than glaucomacausedvisual field defects
Glaucoma is knownto causevisual field defects
optic nerve diseases and post - chiasmal brain lesions(passive) caused byvisual field defects
Stroke of the Occipital Lobe Using Pupillometer Volume 42(passive) Caused byHomonymous Visual Field Defects
17 ) Optic Neuritis Optic neuritis is characterized by acute inflammation affecting the optic nervecausingvisual field defects
from stroke and brain injuryoften resultfrom stroke and brain injury
in the same degree of permanent visual loss.[23resultingin the same degree of permanent visual loss.[23
in the same degree of permanent visual loss.[28resultingin the same degree of permanent visual loss.[28
in the same degree of visual impairment as either of the points aboveresultingin the same degree of visual impairment as either of the points above
in the same degree of visual impairment as that occurring in the above pointsresultingin the same degree of visual impairment as that occurring in the above points
in the same degree of visual impairment as that specified in paragraph ( a ) orresultingin the same degree of visual impairment as that specified in paragraph ( a ) or
from brain injury and other neurological insultsresultingfrom brain injury and other neurological insults
in the same degree of visual loss described in subparagraph ( i ) or ( iiresultingin the same degree of visual loss described in subparagraph ( i ) or ( ii
from arteriovenous malformations,75 presrciptionmay resultfrom arteriovenous malformations,75 presrciption
from neurological damage such as strokeresultingfrom neurological damage such as stroke
eye damage(passive) caused byeye damage
from brain damageresultingfrom brain damage
from occipital damageresultingfrom occipital damage
them from being used to fulfill paid orderspreventedthem from being used to fulfill paid orders
from ganglion cell loss , such as those from glaucomaresultingfrom ganglion cell loss , such as those from glaucoma
from damage to the primary visual cortexresultingfrom damage to the primary visual cortex
from sight degrading diseases such as glaucoma and diabetesresultingfrom sight degrading diseases such as glaucoma and diabetes
from anterior ischemic optic neuropathy and glaucomahave resultedfrom anterior ischemic optic neuropathy and glaucoma
from damage anywhere along the visual pathwaycan resultfrom damage anywhere along the visual pathway
the patient to be unsure or " stroke of the optic nervemay causethe patient to be unsure or " stroke of the optic nerve
from lortba lesion in picture of generic lortab occipital cortexresultingfrom lortba lesion in picture of generic lortab occipital cortex
increased fractures and increase in falls due to impairment in gait(passive) caused byincreased fractures and increase in falls due to impairment in gait
from the inability of the adhesive to flow in a timely fashion into adhesive voids created by the gripper finger cut - outs on the transferresultingfrom the inability of the adhesive to flow in a timely fashion into adhesive voids created by the gripper finger cut - outs on the transfer
from a stroke , brain tumor , or trauma to the back of the brainresultingfrom a stroke , brain tumor , or trauma to the back of the brain
from damage to the visual structures located behind the chiasma , including primary visual cortex ( V1resultingfrom damage to the visual structures located behind the chiasma , including primary visual cortex ( V1
to the appropriate localizat ... 7 Convergence - Retraction Nystagmus in Dorsal - Midbrain Syndrome Paul Freund , MD , FRCSC , University of Toronto , Dept of Ophthalmology & Vision Sciences , Toronto Eye Specialists and Surgeons ; Edward Margolin , MD , FRCSC , Associate Professor , University of Toronto , Dept of Ophthalmology & Vision Sciences , Toronto Eye Specialists and Surgeonsledto the appropriate localizat ... 7 Convergence - Retraction Nystagmus in Dorsal - Midbrain Syndrome Paul Freund , MD , FRCSC , University of Toronto , Dept of Ophthalmology & Vision Sciences , Toronto Eye Specialists and Surgeons ; Edward Margolin , MD , FRCSC , Associate Professor , University of Toronto , Dept of Ophthalmology & Vision Sciences , Toronto Eye Specialists and Surgeons
to the appropriate localizat ... 8 Convergence - Retraction Nystagmus in Dorsal - Midbrain Syndrome Paul Freund , MD , FRCSC , University of Toronto , Dept of Ophthalmology & Vision Sciences , Toronto Eye Specialists and Surgeons ; Edward Margolin , MD , FRCSC , Associate Professor , University of Toronto , Dept of Ophthalmology & Vision Sciences , Toronto Eye Specialists and Surgeonsledto the appropriate localizat ... 8 Convergence - Retraction Nystagmus in Dorsal - Midbrain Syndrome Paul Freund , MD , FRCSC , University of Toronto , Dept of Ophthalmology & Vision Sciences , Toronto Eye Specialists and Surgeons ; Edward Margolin , MD , FRCSC , Associate Professor , University of Toronto , Dept of Ophthalmology & Vision Sciences , Toronto Eye Specialists and Surgeons
from localized optic - nerve damage rests in precise topographical localization of the retinal ganglion cell ( RGC ) somas , the size of the receptive fields , the course of their axons on the retinal surface , and the point of entrance into the optic - nerve headresultingfrom localized optic - nerve damage rests in precise topographical localization of the retinal ganglion cell ( RGC ) somas , the size of the receptive fields , the course of their axons on the retinal surface , and the point of entrance into the optic - nerve head
DeeplysetDeeply
in two very interesting symptoms called neglect and extinctioncan resultin two very interesting symptoms called neglect and extinction
the defective VMR responses(passive) were ... caused bythe defective VMR responses
loss of peripheral ( side ) visionmay causeloss of peripheral ( side ) vision
from lesions involving the visual pathwaysresultingfrom lesions involving the visual pathways
from lesions at various points in the visual pathwayresultingfrom lesions at various points in the visual pathway
failurescan also causefailures
to car accidents or poor sports performancemay leadto car accidents or poor sports performance
from regions of CMV retinitis , or a reduction in acuity resulting from involvement of the macula or optic nerve ( figure 6resultingfrom regions of CMV retinitis , or a reduction in acuity resulting from involvement of the macula or optic nerve ( figure 6
the victim ’s field of vision to be cut in half in both eyescausesthe victim ’s field of vision to be cut in half in both eyes
Reduced visual acuity Optic nerve compressioncan resultReduced visual acuity Optic nerve compression
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