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ABCA4 mutationscan causeStargardt disease or cone - rod dystrophy
by mutations in the gene(passive) caused bya canine model of cone - rod dystrophy
by mutations in mutations(passive) caused bycone - rod dystrophy ( CRD ) cases
by mutations in RAB28 , a recently discovered gene associated with CRD(passive) caused bycone - rod dystrophy CRD cases
mutations in several different genes that can be inherited(passive) caused byover 30 types of cone - rod dystrophy
by novel GUCY2D mutations(passive) caused byautosomal dominant cone - rod dystrophy
by a novel mutation ( D100 G ) in the GUCA1A gene(passive) caused byautosomal dominant cone - rod dystrophy
Mutationscauseautosomal dominant cone - rod dystrophy
a mutation in the CACNA1F gene(passive) is caused byX - linked cone - rod dystrophy , CORDX3
Disruption of the basal body protein POC1Bresultsin autosomal - recessive cone - rod dystrophy
Molecular pathology Defects of ABCA4 , which encodes an ABC transporter that is expressed exclusively in retina photoreceptor cellscausecone - rod dystrophy 3
by a mutation in an RP - associated gene(passive) caused bya cone - rod phenotype
a mutation in the CACNA1F(passive) is caused bycone - rod dystrophy , CORDX3
by a mutation in the nphp4 gene(passive) caused byearly onset cone - rod dystrophy
Mutations in the RP1 Gene(passive) Caused byMacular Dystrophy and Cone - Rod Dystrophy
by Mutations(passive) Caused byMacular Dystrophy and Cone - Rod Dystrophy
ABCA4 mutationsalso can leadto cone - rod dystrophy ( CRD
by a novel CRX mutation(passive) caused byan autosomal cone - rod dystrophy
a novel CRX mutation(passive) caused byan autosomal cone - rod dystrophy
Functional Analysis of Missense Mutations in Kv8.2CausingCone Dystrophy with Supernormal Rod Electroretinogram
Functional analysis of missense mutations in Kv8.2causingcone dystrophy with supernormal rod electroretinogram .
Functional analysis of missense mutations in Kv8.2causingcone dystrophy with supernormal rod electroretinogram .
2012) Functional analysis of missense mutations in Kv8.2causingcone dystrophy with supernormal rod electroretinogram
knownto causecone - rod degeneration
mutations in the CRX genecausecone - rod dystrophy
mutations in the RETGC-1 genecan leadto cone - rod dystrophy
the gene mutationcausingrod - cone degeneration
a mutation in the CACNA1F gene(passive) is caused bycone - rod dystrophy , CORDX3
by a mutation in the CACNA1F gene(passive) is caused bycone - rod dystrophy , CORDX3
by mutations in the RP1 gene(passive) caused bycone - rod dystrophy
Mutations in ABCA4also resultin cone - rod dystrophy
by mutations in (passive) caused bycone - rod dystrophy
by mutation in ABCA4(passive) caused bycone - rod dystrophy
by mutation in CRX(passive) caused bycone - rod dystrophy
by mutation in RLBP1(passive) caused bycone - rod dystrophy
by POC1B mutation(passive) caused bycone - rod dystrophy
The R172W mutation in peripherin / rdscausesa cone - rod dystrophy
by splice site mutations in the Stargardt 's disease gene(passive) caused bycone - rod dystrophy
degeneration of photoreceptor cells in the retinaresultingin cone - rod dystrophy
by pathogenic variants in the ALMS1 gene(passive) caused bycone - rod dystrophy
gradual loss of vision due to retinal deteriorationcausegradual loss of vision due to retinal deterioration
vision loss , which becomes more severe over timecausesvision loss , which becomes more severe over time
light - sensing cells in the retina ( the back part of the eyecauseslight - sensing cells in the retina ( the back part of the eye
night blindnesscausesnight blindness
to early impairment of visioncharacteristically leadsto early impairment of vision
day - blindnesscausesday - blindness
to early impairment of visioncharacteristically leadsto early impairment of vision
the progressive visual loss(passive) caused bythe progressive visual loss
to blindnesswould leadto blindness
to blindnessleadsto blindness
to some ganglion cells excitatory to others inhibitorycan contributeto some ganglion cells excitatory to others inhibitory
to early impairment of visioncharacteristically leadsto early impairment of vision
to blindnessleadingto blindness
deterioration of the retinacausesdeterioration of the retina
in complete blindnessresultsin complete blindness
to early impairment of visioncharacteristically leadsto early impairment of vision
in blindnessmay resultin blindness
what changes to an ERGwill causewhat changes to an ERG
to a progressive loss of vision and night blindnessusually leadingto a progressive loss of vision and night blindness
deterioration of the cone and rod photoreceptor cells in the retinacausesdeterioration of the cone and rod photoreceptor cells in the retina
from a primary loss of cone photoreceptors , followed by loss of rodsresultsfrom a primary loss of cone photoreceptors , followed by loss of rods
from a primary loss of cone photoreceptors , followed by a loss of rodsresultsfrom a primary loss of cone photoreceptors , followed by a loss of rods
cone dysfunction / losscausecone dysfunction / loss
in blindnessresultingin blindness
to blindnessleadsto blindness
color perceptionwill influencecolor perception
from a primary loss of rod photoreceptors , followed by loss of conesresultsfrom a primary loss of rod photoreceptors , followed by loss of cones
to blindness or visual impairmentleadsto blindness or visual impairment
from a primary loss of rod photoreceptorsresultsfrom a primary loss of rod photoreceptors
blindness orcausingblindness or
the loss of peripheral visioncausingthe loss of peripheral vision
nystagmus ] ] ... [ [ blindness(passive) caused bynystagmus ] ] ... [ [ blindness
the light - receptive cells in his eyes to diecausesthe light - receptive cells in his eyes to die
1causes1
visual impairment(passive) caused byvisual impairment
Visual impairment(passive) caused byVisual impairment
to eventualleadingto eventual
sight to deteriorate slowly over timecausessight to deteriorate slowly over time
poor visioncausespoor vision
extreme light sensitivitycausesextreme light sensitivity