OBJECTIVE: The aim of this study was to compare the results of tendency-oriented perimetry (TOP) and a dynamic strategy in octopus perimetry as screening methods in clinical practice. DESIGN: A prospective single centre observational case series was performed. PARTICIPANTS AND METHODS: In a newly opened general ophthalmologic practice 89 consecutive patients (171 eyes) with a clinical indication for octopus static perimetry testing (ocular hypertension or suspicious optic nerve cupping) were examined prospectively with TOP and a dynamic strategy. The visual fields were graded by 3 masked observers as normal, borderline or abnormal without any further clinical information. RESULTS: 83% eyes showed the same result for both strategies. In 14% ...
The literature review presents the results of a static perimetry for the study of the visual field i...
PURPOSE: To evaluate the sensitivity and specificity of the screening mode of the Humphrey-Welch All...
AimsWe compared feasibility, quality and outcomes of visual field (VF) testing in children with neur...
Aims: Previous comparisons of Octopus and Humphrey threshold programmes have shown differences, part...
PURPOSE: We develop a methodology for designing perimetric screening procedures, using Octopus perim...
PurposeTo evaluate and compare the diagnostic accuracy of the Humphrey Field Analyzer (HFA), Octopus...
The effectiveness of three different automated perimetry strategies for the screening of glaucomatou...
Comparison of Humphrey SITA Standard (SITA) and Octopus Tendency Oriented Perimetry (TOP) in glaucom...
Purpose: To compare the detection rate of central visual field defect (CVFD) between the 30-degree O...
To compare the detection rate of central visual field defect (CVFD) between the 30-degree Octopus G1...
Purpose: To investigate the accuracy of 4 clinical instruments in the detection of glaucomatous dama...
Visual field assessment is an important clinical evaluation for eye disease and neurological injury....
PURPOSE: The G1-TOP program is a short automated perimetric strategy which sub-divides the G1 grid o...
Purpose. To determine diagnostic accuracy of kinetic visual field assessment by Octopus 900 perimetr...
Purpose: Peripheral visual fields have not been as well defined by static automated perimetry as kin...
The literature review presents the results of a static perimetry for the study of the visual field i...
PURPOSE: To evaluate the sensitivity and specificity of the screening mode of the Humphrey-Welch All...
AimsWe compared feasibility, quality and outcomes of visual field (VF) testing in children with neur...
Aims: Previous comparisons of Octopus and Humphrey threshold programmes have shown differences, part...
PURPOSE: We develop a methodology for designing perimetric screening procedures, using Octopus perim...
PurposeTo evaluate and compare the diagnostic accuracy of the Humphrey Field Analyzer (HFA), Octopus...
The effectiveness of three different automated perimetry strategies for the screening of glaucomatou...
Comparison of Humphrey SITA Standard (SITA) and Octopus Tendency Oriented Perimetry (TOP) in glaucom...
Purpose: To compare the detection rate of central visual field defect (CVFD) between the 30-degree O...
To compare the detection rate of central visual field defect (CVFD) between the 30-degree Octopus G1...
Purpose: To investigate the accuracy of 4 clinical instruments in the detection of glaucomatous dama...
Visual field assessment is an important clinical evaluation for eye disease and neurological injury....
PURPOSE: The G1-TOP program is a short automated perimetric strategy which sub-divides the G1 grid o...
Purpose. To determine diagnostic accuracy of kinetic visual field assessment by Octopus 900 perimetr...
Purpose: Peripheral visual fields have not been as well defined by static automated perimetry as kin...
The literature review presents the results of a static perimetry for the study of the visual field i...
PURPOSE: To evaluate the sensitivity and specificity of the screening mode of the Humphrey-Welch All...
AimsWe compared feasibility, quality and outcomes of visual field (VF) testing in children with neur...