0000000000890323

AUTHOR

Vicenta Moncho

showing 2 related works from this author

Reliability in perimetric multichannel contrast sensitivity measurements

2014

Background: In this study, the reliability of perimetric contrast sensitivity measurements favouring the achromatic, the red-green and the blue-yellow post-receptorial mechanisms was analysed. Methods: A new technique, multichannel ATD perimetry, provides spatial and temporal stimuli favouring the detection by an achromatic mechanism (A), from a magno or parvocellular origin or by a red-green (RG) chromatic mechanism, with a parvocellular origin or a blue-yellow (BY) mechanism, with a koniocellular origin. The repeatability and reproducibility of contrast sensitivity measurements with these stimuli were studied in a group of 40 healthy subjects. The analysis was carried out on 21 testing po…

AdultMaleFovea Centralismedia_common.quotation_subjectMultichannel perimetryAgreementlaw.inventionContrast SensitivityYoung AdultOpticsParvocellular celllawHumansContrast (vision)RepeatabilityContrast sensitivityReliability (statistics)Ópticamedia_commonMathematicsReproducibilitybusiness.industryReproducibility of ResultsRepeatabilityHealthy VolunteersReproducibilityVisual fieldOphthalmologyKoniocellular cellROC CurveAchromatic lensVisual Field TestsFemaleVisual FieldsbusinessOptometryBiomedical engineeringClinical and Experimental Optometry
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Chromatic-achromatic perimetry in four clinic cases: Glaucoma and diabetes

2015

Color perimetry has interesting clinical application for the diagnosis and detection of certain eye conditions, due to the variations that certain diseases can cause in chromatic thresholds, both in the red-green (RG) and the blue-yellow (BY) pathways.[1,2,3,4] The separate study of the visual function of both the chromatic and achromatic mechanisms could be more efficient in detecting sensitivity variations, and such variations would not be obscured by the intrusion of other mechanisms. Currently, the supply of conventional perimeters that are capable of performing a chromatic perimetry test is very limited and with reduced options regarding the possibility of choosing the physical charact…

Maleretinakoniohemangioblastomagenetic structuresComputer sciencemelanocytosisGlaucomaretinal vasoproliferative tumorEyeTwo stageslaw.inventionintra-arterial chemotherapyretinal capillary hemangiomaIntrusionlcsh:Ophthalmologylawperiocular chemotherapyintravitreal chemotherapytreatmentdiabetesenhanced depth imagingDiabetesenhanced depth imaging optical coherence tomographyMiddle AgedhemangiomaAchromatic lensFemaleOriginal Articleuveal melanomanevusAdulttumorchoroidal hemangiomaCiliary bodymonosomy 3lymphomaStimulus (physiology)Color spaceAutoflouroscenceuvearetinoblastomaContrast SensitivityosteomaCavernous hemangiomaParvoMagnoResearch basedmedicinemelanomagene expression profilingHumansmetastasisChemotherapyChromatic scalemetastasesirisÓpticachromatic perimetryoptical coherence tomographyintravenous chemotherapybusiness.industryChoroidKonioSubtenon′s chemotherapyReproducibility of ResultsPattern recognitionGlaucomamedicine.diseaseAchromatic perimetrymagnoOphthalmologyglaucomaDiabetes Mellitus Type 2lcsh:RE1-994parvoOptometryVisual Field TestsAstrocytic hamartomavitreous seedsArtificial intelligenceprognosisVisual FieldsbusinessChromatic perimetrymalignancy
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