To evaluate the accuracy of confrontation visual field (CVF) testing with regard to the density and location of the visual field defect. A prospective comparison of CVF testing with M-threshold Humphrey automated static perimetry C24-2 or C30-2 was conducted over a 3-month period of 72 patients with a variety of neurologic and ophthalmologic conditions
Perimetry and visual field testing have been clinical diagnostic test procedures for more than 150 y...
Abstract Background Visual field loss occurs frequently in neurological conditions and perimetry is ...
Functional visual loss (FVL) may present with generalized visual field (VF) constriction or hemianop...
The accuracy of confrontation visual field testing was determined for 512 visual fields using automa...
Background: Visual field testing, aids in detecting, localizing and monitoring diseases of the visua...
Automated perimetry has made viable a rapid threshold examination of the visual field and has reinfo...
Eighty-three patients with various neuro-ophthalmic diseases were submitted to a standard automated ...
There has been little study of subject's reaction time (RT) in automated perimetry. To test the hypo...
Purpose: Measurement of contrast sensitivity (CS) across the visual field (VF) is critical in assess...
Purpose. To compare conventional structural and functional measures of glaucomatous damage with a ne...
Backgrounds and Aims:Visual field testing is a common procedure used in clinical assessments to prov...
Perimetric testing is used clinically to detect visual field abnormalities and to monitor changes du...
This paper describes the essential principles associated with the clinical use of a contrast sensiti...
This study investigated the variability of response associated with various perimetric techniques, w...
White-on-white standard automated perimetry (SAP) is widely used in clinical and research settings f...
Perimetry and visual field testing have been clinical diagnostic test procedures for more than 150 y...
Abstract Background Visual field loss occurs frequently in neurological conditions and perimetry is ...
Functional visual loss (FVL) may present with generalized visual field (VF) constriction or hemianop...
The accuracy of confrontation visual field testing was determined for 512 visual fields using automa...
Background: Visual field testing, aids in detecting, localizing and monitoring diseases of the visua...
Automated perimetry has made viable a rapid threshold examination of the visual field and has reinfo...
Eighty-three patients with various neuro-ophthalmic diseases were submitted to a standard automated ...
There has been little study of subject's reaction time (RT) in automated perimetry. To test the hypo...
Purpose: Measurement of contrast sensitivity (CS) across the visual field (VF) is critical in assess...
Purpose. To compare conventional structural and functional measures of glaucomatous damage with a ne...
Backgrounds and Aims:Visual field testing is a common procedure used in clinical assessments to prov...
Perimetric testing is used clinically to detect visual field abnormalities and to monitor changes du...
This paper describes the essential principles associated with the clinical use of a contrast sensiti...
This study investigated the variability of response associated with various perimetric techniques, w...
White-on-white standard automated perimetry (SAP) is widely used in clinical and research settings f...
Perimetry and visual field testing have been clinical diagnostic test procedures for more than 150 y...
Abstract Background Visual field loss occurs frequently in neurological conditions and perimetry is ...
Functional visual loss (FVL) may present with generalized visual field (VF) constriction or hemianop...