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by excessive pressure from the probe(passive) caused by Anterior chamber depth Corneal compression
Myopiaresultsin increased depth of anterior chamber
the increasing lens thicknesscauseda reduction in anterior chamber depth
movement of the crystalline lens ... the cornearesultedin decreased anterior chamber depth
movement of the crystalline lens toward the cornearesultedin decreased anterior chamber depth
flow ... the kindcan causeanterior chamber collapse
the kindcan causeanterior chamber collapse
so rapid and to such an extentto causeanterior - chamber collapse
any drugcausingNARROW ANTERIOR CHAMBER ANGLE
This may becausesfluctuation in anterior chamber depth
In the early post - implantation period , excessive drainage of aqueous humor from the anterior chamber can cause low intraocular pressure ( hypotonyresultingin shallow anterior chamber depth
the early post - implantation period , excessive drainage of aqueous humor from the anterior chamber can cause low intraocular pressure ( hypotonyresultingin shallow anterior chamber depth
This is especially marked in the anterior chamberresultingin a deep anterior chamber
turninfluencinganterior chamber angle
which is possibly due to the posterior pull of the dilated iris - lens diaphragmleadingto a deep anterior chamber
by multiple mechanisms(passive) caused bythe anterior chamber angle
Factorsinfluencinganterior chamber depth
Factors ... |influencinganterior chamber depth
... a geneinfluencesthe anterior chamber depth
a geneinfluencesthe anterior chamber depth
exudation of proteins into the normally clear aqueous humor from iris vessels or across the ciliary body epithelium following the breakdown of the blood - aqueous barrier(passive) is caused byAnterior chamber flare
a large and/or anterior lensleadingto a shallow anterior chamber
Ciliary body edema can induce anterior movement of the lens - iris - diaphragm ,resultingin a shallow anterior chamber
genetic sequence variantsinfluencinganterior chamber dimensions
the causesleadingto shallow anterior chamber
moved forwardledto a shallow anterior chamber
to expandresultingin a shallow anterior chamber
Traumatic rupture of the globe results in loss of vitreous and posterior displacement of lenscausingdeepening of the anterior chamber
Should the CCI leak againcausingflattening of the anterior chamber
to be the perfect height ( SX-500 62 cm ) to easily reach items or clean the chamber(passive) is designedThe chamber depth
the intraocular pressureleadsto an anterior chamber paracentesis
trauma(passive) usually caused bythe anterior chamber
organcomposedof the anterior chamber
the sudden exit of air when the dye is injected with the cannula through the side - port incision(passive) caused bythe anterior chamber
On the other hand , an IOP rise may occur due to inflammation and inflammatory debrisoriginatingin the anterior chamber
Extra - intestinal amoebiasismay resultfrom anterior chamber
alsocontributesalso
from destruction of the BABresultingfrom destruction of the BAB
in forward movement of the lens - iris diaphragmresultingin forward movement of the lens - iris diaphragm
from improper needle insertioncan resultfrom improper needle insertion
in forwardresultingin forward
to much higher levelswas setto much higher levels
the eye(passive) caused bythe eye
to the wider angles reported in Caucasiansmay contributeto the wider angles reported in Caucasians
one or more complications in the eye(passive) caused byone or more complications in the eye
in posterior capsular rupturecan resultin posterior capsular rupture
in traumacan resultin trauma
to reduction in aqueous outflow facility , IOP elevation , and subsequent damage to the optic nerve with associated visual field lossleadingto reduction in aqueous outflow facility , IOP elevation , and subsequent damage to the optic nerve with associated visual field loss
to acute angle closureleadingto acute angle closure
the descending nuclear pieces to come up to the iris planecausesthe descending nuclear pieces to come up to the iris plane
angle closure glaucomathereby causingangle closure glaucoma
to a large area of the iris and lensleadsto a large area of the iris and lens
in elevation of the intraocular pressure ( IOPresultingin elevation of the intraocular pressure ( IOP
to glaucomacan leadto glaucoma
in elevation of the intra - ocular pressure ( IOPresultingin elevation of the intra - ocular pressure ( IOP
to reduction in aqueous outflow facilityleadingto reduction in aqueous outflow facility
in either intermittent or progressive elevated IOP with subsequent damage to the optic nerveresultingin either intermittent or progressive elevated IOP with subsequent damage to the optic nerve
in neovascular glaucomaresultingin neovascular glaucoma
infant glaucoma in roughly 60 % of patients while raised episcleral venous pressure triggers glaucoma in 40 % of youth and young adult patientscauseinfant glaucoma in roughly 60 % of patients while raised episcleral venous pressure triggers glaucoma in 40 % of youth and young adult patients
in increase in anterior chamberresultingin increase in anterior chamber
to insufficient aqueous humor resorptionleadingto insufficient aqueous humor resorption
in NVGresultingin NVG
in increase inresultingin increase in
the affected individualmay setthe affected individual
to inadequate drainage and subsequently elevated IOP ( Weinreb & ; Khaw , 2004leadingto inadequate drainage and subsequently elevated IOP ( Weinreb & ; Khaw , 2004
to angle closure glaucomacan leadto angle closure glaucoma
in angle - closure glaucomaoften resultingin angle - closure glaucoma
to angle closure glaucomacan leadto angle closure glaucoma
narrow - angle glaucoma closed - angle glaucoma Glaucoma(passive) caused bynarrow - angle glaucoma closed - angle glaucoma Glaucoma
a horizontal fluid levelcausinga horizontal fluid level
from over drainagemainly resultedfrom over drainage
glaucomacausingglaucoma
to a relative pupillary block resulting in a better strain within the posterior chamberleadingto a relative pupillary block resulting in a better strain within the posterior chamber
a secondary increase in intraocular pressure ( secondary glaucomacausesa secondary increase in intraocular pressure ( secondary glaucoma
in excessive pressure buildup in the eyecan resultin excessive pressure buildup in the eye
in a relative pupillary block leading to a higher pressure within the posterior chamberresultingin a relative pupillary block leading to a higher pressure within the posterior chamber