condition procedurescausingdeprivation of shaped vision
understandingcontributeto deprivation amblyopia
by trauma and mutation(passive) caused bycornea dysfunction
Methanol poisoningcan causeeye impairment
Untreated , the lesion could proliferatepotentially resultingin deprivation amblyopia
Decreased vision by way of blockage of the central visual axis due to the corneal opacificationwill leadto deprivation amblyopia
greater abilityto discoverunilateral amblyopia
conditionscausingmonocular visual deprivation
any conditioncausingmonocular visual deprivation
by factors such as foveal hypoplasia or retinal motion(passive) can be caused bydeprivation myopia ( FDM
40 yrs of contact lens wearinghas causedcorneal exhaustion
media opacity ( e.g. , cataracts(passive) caused byvision deprivation
the retinacould resultin deprivation myopia
by insufficient housing support(passive) caused byacute deprivation
illness procedurescausingdeprivation of shaped eyesight
falls , medical errors and road accidentscan causefalls , medical errors and road accidents
to overeating and/or bingeingleadsto overeating and/or bingeing
to vision lossdoes leadto vision loss
Lazy eye(passive) can also be caused byLazy eye
when the ocular media become opaquesuch as is the case with congenital cataract or corneal hazinessresultswhen the ocular media become opaquesuch as is the case with congenital cataract or corneal haziness
to double vision , lazy eye or other visual problemscan leadto double vision , lazy eye or other visual problems
Types Amblyopia(passive) can be caused byTypes Amblyopia
Types of Amblyopia Amblyopia(passive) can be caused byTypes of Amblyopia Amblyopia
amblyopia Types Amblyopia(passive) can be caused byamblyopia Types Amblyopia
Home Index A Amblyopia (passive) can be caused byHome Index A Amblyopia
in the most severe amblyopiaoften resultsin the most severe amblyopia
to overeatingto leadto overeating
to permanent visual impairmentcan leadto permanent visual impairment
from a cataract , which is a physical obstruction of visionresultsfrom a cataract , which is a physical obstruction of vision
to bilateral amblyopia of the same proportion due to an equally significant amount of refractive error in both eyesleadsto bilateral amblyopia of the same proportion due to an equally significant amount of refractive error in both eyes
from an obstruction of the visual axisresultsfrom an obstruction of the visual axis
to diplopiacan leadto diplopia
to a delay in motor developmentleadsto a delay in motor development
to increased difficulty understanding words and processing speechleadsto increased difficulty understanding words and processing speech
seriouslycontributesseriously
the brain to gradually lose some of its ability to process auditory informationcausesthe brain to gradually lose some of its ability to process auditory information
to brain atrophycan leadto brain atrophy
from optical or anatomic pathology ( e.g. , cataract , ptosis , corneal opacity , prolonged patching ) , which prevents the formation of a clear image in one or both eyesresultingfrom optical or anatomic pathology ( e.g. , cataract , ptosis , corneal opacity , prolonged patching ) , which prevents the formation of a clear image in one or both eyes
the columns to degrade ... with the non - deprived eye assuming control of more of the cortical cellscausesthe columns to degrade ... with the non - deprived eye assuming control of more of the cortical cells
the columns to degrade ... with the non - deprived eye assuming control of more of the cortical cells.[3causesthe columns to degrade ... with the non - deprived eye assuming control of more of the cortical cells.[3
the visual cortex(passive) caused bythe visual cortex
rhabdomere size(passive) caused byrhabdomere size
the normal developmental trajectory and differences(passive) caused bythe normal developmental trajectory and differences
apparent contrast with stimuli presented to the deprived eye appearing ... on average ... 36 % higher in contrast than stimuli presented to the nondeprived eyeinfluencedapparent contrast with stimuli presented to the deprived eye appearing ... on average ... 36 % higher in contrast than stimuli presented to the nondeprived eye
Ability damage(passive) caused byAbility damage
information(passive) provoked byinformation
connections(passive) caused byconnections
a decreased responsiveness from the contralateral eye in young micecausesa decreased responsiveness from the contralateral eye in young mice
a permanent deficit in the vision of both eyes , which became evident only as a sleeper effect following many weeks of visual trainingcauseda permanent deficit in the vision of both eyes , which became evident only as a sleeper effect following many weeks of visual training
a differential shift in the balance between inhibition and excitation in cortical columns ... down - regulating NTFs in deprived - eye columns and up - regulating NTFs in undeprived - eye columnscausesa differential shift in the balance between inhibition and excitation in cortical columns ... down - regulating NTFs in deprived - eye columns and up - regulating NTFs in undeprived - eye columns
howeverresultedhowever
the premature expression of an adult - like pattern of subunitscausesthe premature expression of an adult - like pattern of subunits
the columns to degradecausesthe columns to degrade