31 results
To determine the influence of MFIOL on standard automated perimetry.
To determine the influence of MFIOL on glaucoma diagnostic tests namely, the FDT, OCT, and GDx.
The objective of this study is to determine the optimal background light intensity for the examination of the visual field with a perimetry test and to confirm the de Vries-Rose, Weber's and Ferry-Porters law in patients with glaucoma.
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…
To investigate the extent to which performance measurements in a driving simulator discriminate between glaucoma patients and a control group.
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…
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…
The aim of this study is to compare levels of lateral inhibition between healthy subjects and glaucoma patients.
We want to assess the diagnostic performance of retinal nerve fiber layer (RNFL) thickness, macular ganglion cell layer (GCL) thickness, lamina cribrosa thickness and choroid thickness around the optic disc measured with SD-OCT in differentiating…
The current study seeks to explore the SDOCT potential in a large group of patients in a clinical setting, and to compare it to existing, standard techniques.
Evaluation of the CLIP strategy of glaucomatous loss
To obtain clinical data from normal individuals to establish significance limits for the GDx RNFL measurements using the ECC method and to collect GDx RNFL measurements in subjects with early, moderate and advanced glaucoma using the ECC method to…
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.
The primary objective is to assess the IOP and MAP in sitting and side lying position in healthy subjects and in patients with NTG.
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.
To determine the contrast sensitivity, visual field and adaptation time at high light conditions.
The objective of this study is to determine the light and dark adapation time and contrast sensitivity in changing background light conditions.
The first aim of this study is to evaluate a number of new perimetric methods regarding their ability to detect glaucomatous visual field defects without being stressful or difficult for older participants. In this first study, both controls and…
The main objective is to compare motion perception thresholds in glaucoma patients with healthy subjects as a function of oscillation frequency and luminance.
To determine the test-retest variability of Compass perimetry at the edges of glaucomatous scotomas and compare it with the Humphrey Field Analyzer.