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Influence of multifocal intraocular lens on standard automated perimetry

To determine the influence of MFIOL on standard automated perimetry.

Influence of multifocal intraocular lens on glaucoma diagnostic tests

To determine the influence of MFIOL on glaucoma diagnostic tests namely, the FDT, OCT, and GDx.

Glaucoma screening during regular optician visits, the specificity of screening in real life.

Primary Objective: The aim of this study is to determine the specificity in *real life*, when screening is performed during regular optician visits. This specificity will depend on the specificity of the screening test, the frequency of other eye…

Effect of optical density filters on retinal nerve fiber layer and macular inner retinal layer thickness measurements using spectral domain optical coherence tomography

The purpose of this study is to identify and quantify the influence of medium opacity on RNFL and inner retinal layer thickness measurements using SD-OCT, as well as the effect of cataract on the filter measurements. Also to evaluate the…

Glaucoma and other ocular complications in herpetic and HLA-B27 associated anterior uveitis.

With this research we want to determine the prevalence of glaucoma and temporary IOP elevations in our own anterior uveitis population, with a clear definition of glaucoma and IOP elevation. We will study two groups of patients, all with anterior…

Lateral inhibition and glaucoma: Solving the structure-function discrepancy.

The aim of this study is to compare levels of lateral inhibition between healthy subjects and glaucoma patients.

A comparison of two perimeter strategies: The oculus CLIP strategy and the full-threshold strategy.

Evaluation of the CLIP strategy of glaucomatous loss

Supra-threshold versus full-threshold perimetry

Interpretation of the degree of glaucomatous damage based on supra-threshold testresults, by relating it to the Mean Deviation of HFA24-2 SITA Standard perimetry.

Light on glaucoma: pilot study to measure contrast sensitivity, visual field, and adaptation time at high light conditions.

The objectives of this pilot are (1) to test and develop an experimental setup to determine contrast sensitivity, visual field and adaptation time at high light conditions. (2) To perform a pilot study with 10 healthy subject.

Comparing test-retest variability of Compass perimetry with the Humphrey Field Analyzer at the edges of glaucomatous scotomas

To determine the test-retest variability of Compass perimetry at the edges of glaucomatous scotomas and compare it with the Humphrey Field Analyzer.

Evaluation of a glaucoma genetic risk score through in-depth phenotyping of ocular traits in high and low genetic risk groups

To evaluate the performance of an optimized glaucoma genetic risk score (GRS) by inviting genotyped individuals from the population-based Lifelines cohort for in-depth ophthalmic examinations.

Clinical evaluation of ocular MRI for ophthalmic conditions

The primary objective of this pilot study is to determine the clinical value of ocular MRI for patients with the following ocular conditions:- Glaucoma treated with a Baerveldt implant- Visual field loss- Diplopia

Influence of neutral density filters on RNFL thickness as assessed with OCT

To determine the influence of signal-to-noise ratio (SNR) and layer thickness assessment software on the RNFL thickness as assessed with OCT.

Measurement of retinal blood flow in glaucoma patients before and after Baerveldt Shunt Implantation

The aim of this study is to explore the capability of the RFI to measure short and long term changes in retinal blood flow velocity and oximetry maps before and after a BGI and to compare these results with OCTA measurements.