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the lenscausinga blockage to the flow of the aqueous humor towards the canal of schlemm
a small cyclodialysisprovokesrelaxation of muscle fibers and increases aqueous humor drainage trough uveoscleral outflow pathway
pilocarpinecausescontraction of the ciliary muscle ... increasing the outflow of aqueous humor
mostly human PCAG including shallow or closed anterior chamber and the obstruction of the iris - trabecular meshwork contact in the iridocorneal angle of the eyecausesblockage of the aqueous humor outflow and elevated IOP
to reduce IOPresultingfrom impaired aqueous humor drainage in the trabecular meshwork and/or Schlemm canal
intraocular tumorscan causeglaucoma by physically blocking the aqueous humor outflow pathway
the trabecular meshworkleadsto increased denial to aqueous humor outflow
a dysfunctional crosstalkcan resultin dysregulated aqueous humor outflow influencing glaucoma pathogenesis
trabecular meshwork ( TM ) cellsresultingin IOP reduction.1 Conventional aqueous humor outflow
These changesleadto blockage of the flow of aqueous humor
a unique mechanism of actionresultsin increased outflow of aqueous humor through the trabecular meshwork
... in turnleadsto a decrease in aqueous humor secretion
the anterior chamber angle developmentcan resultin the blockage of aqueous humor outflow
This inhibitionleadsto a decrease in aqueous humor secretion
Elevated IOP ... the eyecausesblockage of the aqueous humor outflow
ocular hypertension ... the anterior chamber angle developmentcan resultin the blockage of aqueous humor outflow
Secondary glaucoma ... damage or changes to the structures of the eyecausea blockage in aqueous humour outflow
Causes contraction of iris sphincterleadingto increased aqueous humor outflow
trabecular meshwork damageleadsto obstruction of aqueous humor outflow
Glaucomaresultsfrom obstructed outflow from the aqueous humor of the eye
because of their known functioncould ... influenceaqueous humor outflow facility
MB gradually accumulating in the angle of the anterior chambercausingthe outflow blockage of aqueous humor
neovascular growthleadsto complete blockade of aqueous humor outflow
Increased IOPresultsfrom a decrease in aqueous humor outflow
changes in the expression of genes that are known to be involved in cell protection as well as genes ... because of their known functioncould ... influenceaqueous humor outflow facility
trap the lens in the anterior chamberleadingto an obstruction of outflow of aqueous humour Aqueous humour
trap the lens in the anterior chamberleadingto an obstruction of outflow of aqueous humour
in which the iridocorneal angle progressively closes over timeresultingin obstruction of aqueous humor outflow
ITCcausesobstruction of aqueous humor outflow
Angle - closure glaucoma ... the anterior chamber of the eyeresultsimpaired drainage of aqueous humor
Dysfunction of the trabecular meshwork ( TMresultingin decreased outflow of aqueous humor
the pathophysiological eventsleadingto reduced aqueous humor outflow
the TMleadingto decreased aqueous humor outflow
surgerydesignedto enhance aqueous humor outflow
receptorscause Secretory epithelium of the ciliary body to produce aqueous humour
receptorscauseSecretory epithelium of the ciliary body to produce aqueous humour
Angle closureleadsto impaired aqueous humor outflow
Primary open - angle glaucoma ... which in turn is believedto resultfrom impaired outflow of aqueous humour
Cellular mechanismsinfluencingthe aqueous humor outflow pathway
when exposed to various stressesresultingin dysregulation of aqueous humor outflow
to elevated IOPcontributesto elevated IOP
a rapid increases in intraocular pressurecausesa rapid increases in intraocular pressure
to decreased aqueous humor outflow facilitycontributeto decreased aqueous humor outflow facility
to decreased aqueous humor outflow facility following acute elevation of intraocular pressure ( IOP ) in bovine eyescontributeto decreased aqueous humor outflow facility following acute elevation of intraocular pressure ( IOP ) in bovine eyes
to decreased aqueous humor outflow facility after acute elevation of intraocular pressure ( IOP ) in bovine eyescontributeto decreased aqueous humor outflow facility after acute elevation of intraocular pressure ( IOP ) in bovine eyes
to decreased aqueous humor outflow facility after acute elevation of intraocular pressure ( IOP ) in bovine eyescontributeto decreased aqueous humor outflow facility after acute elevation of intraocular pressure ( IOP ) in bovine eyes
in rapid elevation of eye pressureresultingin rapid elevation of eye pressure
the IOP of the eyecan influencethe IOP of the eye
Increased intraocular pressure ( IOP(passive) is caused byIncreased intraocular pressure ( IOP
intraocular pressure ( IOP(passive) is caused byintraocular pressure ( IOP
IOP(passive) is causedIOP
IOP(passive) is caused byIOP
IOP(passive) is caused byIOP
The elevated intraocular pressure ( IOP ) of primary open - angle glaucoma(passive) is caused byThe elevated intraocular pressure ( IOP ) of primary open - angle glaucoma
a condition(passive) caused bya condition
elevation in IOPcauseselevation in IOP
elevated intraocular pressurecauseselevated intraocular pressure
the eye(passive) caused bythe eye
Elevation of intraocular pressure(passive) is mainly caused byElevation of intraocular pressure
increased pressurecausesincreased pressure
increased pressure in the posterior chambercausesincreased pressure in the posterior chamber
a drop in IOP(passive) caused bya drop in IOP
this pressure to increase to about 50 mm of mercurycausesthis pressure to increase to about 50 mm of mercury
reduced IOP(passive) caused byreduced IOP
symptomsto causesymptoms
to the formation of a filtering blebleadsto the formation of a filtering bleb
Increased intraocular pressure ( IOP(passive) caused byIncreased intraocular pressure ( IOP
pressure to build in eyecausespressure to build in eye
to collapse of the trabecular meshwork ( known as angle recessionleadingto collapse of the trabecular meshwork ( known as angle recession
an increase in IOP , which is the major risk factor for glaucomacan causean increase in IOP , which is the major risk factor for glaucoma
to glaucomaleadingto glaucoma
The elevated intraocular pressure ( IOP ) of primary open - angle glaucoma(passive) is caused byThe elevated intraocular pressure ( IOP ) of primary open - angle glaucoma
Most common characteristic of POAG(passive) is caused byMost common characteristic of POAG
oftenresultsoften
Elevated IOP(passive) is caused byElevated IOP
in reduction in intraocular pressureresultsin reduction in intraocular pressure
elevated IOPcan causeelevated IOP
in bleb formationresultingin bleb formation
Almost all elevated pressures(passive) are caused byAlmost all elevated pressures
Increased intraocular pressure ( IOP(passive) is caused byIncreased intraocular pressure ( IOP