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results in elevated IOPcausesglaucomatous optic disc damage
elevated IOPcausesglaucomatous optic disc damage
elevated intraocular pressure ( IOPcausesglaucomatous optic disc damage
It can transfer the CSF pressure changes to the nerve head in eyecausingoptic disc swelling
a number of conditions(passive) can be caused byOptic disc swelling
no cellsto discoverlight on the optic disc
a number of conditions including papilloedema(passive) can be caused byOptic disc swelling
by proven elevated intracranial pressure ( ICP(passive) caused byoptic disc swelling
by a mutation in the Pax2 gene(passive) is caused byoptic disc dysplasia
by a mutation in the Pax2 gene.[4(passive) is caused byoptic disc dysplasia
by a mutation in the Pax2 gene.[5(passive) is caused byoptic disc dysplasia
optic neuritiscausesoptic disc blurring
the myelinresultingin optic disc atrophy
vitamin deficiencycausingoptic disc atrophy
vitamin deficiency ... andcausingoptic disc atrophy
most often(passive) is ... causedOptic - disc cupping
the optic nerve headleadsto optic disc oedema
red(passive) must be paintedOptic disc pallor
vision or field lossresultingfrom optic disc drusen
generally(passive) are ... discoveredOptic disc hemorrhages
any drugcausingOPTIC DISC HAEMORRHAGE
excessive CSFcausingflattening of the optic discs
by loss of the retinal ganglion cell axons(passive) caused bythe optic disc
by increased intracranial pressure(passive) caused byoptic disc
by increased intracranial pressure(passive) caused bythe optic disc
by increased intracranial pressure(passive) is causedthe optic disc
by increased intracranial pressure(passive) is caused bythe optic disc
the increased intracranial pressure(passive) caused bythe optic disc
The damagecausedto optic disc
by glaucoma(passive) caused bythe optic disc
by optic atrophy(passive) caused bythe optic disc
by atrophy of the optic nerve(passive) caused bythe optic disc
the retinal vesselsoriginatingfrom the optic disc
by intracranial pressure(passive) caused bythe optic disc
These axons allleadto the Optic Disc
the axonsoriginatingfrom the optic disc
by a raised intracranial pressure(passive) caused bythe optic disc
by raised intracranial pressure(passive) caused bythe optic disc
raised intracranial pressure(passive) caused bythe optic disc
vesselsoriginatingat the optic disc
to cilioretinal arterial stasis and retinal infarctionleadsto cilioretinal arterial stasis and retinal infarction
primarily ofcomposedprimarily of
ONH topographyinfluencesONH topography
this disease to develop at this timecausedthis disease to develop at this time
from high intracranial pressure ( ICPresultingfrom high intracranial pressure ( ICP
significantlyinfluencedsignificantly
significantlyinfluencedsignificantly
glaucoma ... in any of our patientsmight causeglaucoma ... in any of our patients
primarily ofcomposedprimarily of
difficulties in evaluating ONH parameterscan causedifficulties in evaluating ONH parameters
peripheral vision loss(passive) caused byperipheral vision loss
peripheral vision loss(passive) caused byperipheral vision loss
lowcan causelow
pseudopapilledemacausingpseudopapilledema
a bright signal with a clean shadowcauseda bright signal with a clean shadow
form damage to the optic nerve from pressure , ischemia , or demyelinationresultingform damage to the optic nerve from pressure , ischemia , or demyelination
primarily of acid mucopolysaccharides that may produce pseudopapilledema ( elevation of the optic disk without associated INTRACRANIAL HYPERTENSION ) and visual field deficitscomposedprimarily of acid mucopolysaccharides that may produce pseudopapilledema ( elevation of the optic disk without associated INTRACRANIAL HYPERTENSION ) and visual field deficits
primarily of acid mucopolysaccharides that may produce pseudopapilledema ( elevation of the optic disk without associated INTRACRANIAL HYPERTENSION ) and visual field deficitscomposedprimarily of acid mucopolysaccharides that may produce pseudopapilledema ( elevation of the optic disk without associated INTRACRANIAL HYPERTENSION ) and visual field deficits
in moderate to severe vision loss in childrenmight resultin moderate to severe vision loss in children
in visual field defects and progressive visionresultin visual field defects and progressive vision
to progressive optic atrophy and blindnessmay leadto progressive optic atrophy and blindness
to progressive optic atrophy and blindness [ 5may leadto progressive optic atrophy and blindness [ 5
to the false effectleadsto the false effect
in blindnessresultingin blindness
peripheral vision loss(passive) caused byperipheral vision loss
from partial or complete degeneration of optic nerve fibersresultsfrom partial or complete degeneration of optic nerve fibers
in typical defects in the visual fieldresultingin typical defects in the visual field
in moderate to severe vision loss in childrenmight resultin moderate to severe vision loss in children
in moderatemight resultin moderate
from irreversible damage to fibers of the anterior visual pathwayresultsfrom irreversible damage to fibers of the anterior visual pathway
from irreversible damage to the retinal ganglion cells and axonsresultsfrom irreversible damage to the retinal ganglion cells and axons
pseudopapilledema(passive) caused bypseudopapilledema
from increased intracranial pressure ( ICPresultingfrom increased intracranial pressure ( ICP
destruction of the nerve fiber Figure 15 - 6causingdestruction of the nerve fiber Figure 15 - 6
to visual field loss and blindnessleadingto visual field loss and blindness
in a thinner rim of neural tissueresultsin a thinner rim of neural tissue
The night blind spot A.(passive) is caused byThe night blind spot A.
to the occurrence of NAION in these studiesmay have contributedto the occurrence of NAION in these studies
Further investigation into these(passive) can be caused byFurther investigation into these
a blind spot near the center of the retinacausesa blind spot near the center of the retina