GRCUV - Grup de Recerca del Centre Universitari de la Visió
Els principals objectius científics del CUV són els següents: 1. Ser un punt de referència en les àrees de recerca relacionades amb les ciències de la visió: òptica, optometria clínica, contactologia i microbiologia aplicada, oftalmologia i biologia molecular. 2. Oferir una infraestructura que permeti potenciar i incentivar la integració d'equips i línies de recerca, per impulsar la col·laboració amb els investigadors del programa de doctorat en Enginyeria Òptica, el qual ha obtingut la menció de qualitat del MECD. 3. Promoure la transferència de resultats i coneixement per aplicar-los a l'assistència clínica. 4. Col·laborar amb els departaments de R+D+I de les principals empreses del sector de l'òptica, l'optometria, l'oftalmologia i la biologia molecular. 5. Oferir una plataforma que permeti la realització de les tesis doctorals al Departament d'Òptica i Optometria en els camps de l'òptica, l'optometria, l'oftalmologia i la biologia molecular.
The aims of the University Vision Centre (CUV) may be summarised as follows: 1. To be a point of reference in research areas related to the vision sciences (optics, clinical optometry, applied contactology and microbiology, ophthalmology and molecular biology). 2. To encourage the integration of the groups and research areas related to the PhD Degree in Optical Engineering, which has been awarded a "quality distinction" by the Spanish Ministry of Education and Science. 3. To transfer research results and knowledge that will be applied in clinical care. 4. To collaborate with the research, development and innovation departments of companies working in the fields of optics, clinical optometry, applied contactology and microbiology, ophthalmology and molecular biology. 5. To produce PhD theses at the Department of Optics and Optometry in the fields of ophthalmic optics, physiological optics and biomedicine. 6. To establish interdepartmental links between UPC departments and other universities.
The aims of the University Vision Centre (CUV) may be summarised as follows: 1. To be a point of reference in research areas related to the vision sciences (optics, clinical optometry, applied contactology and microbiology, ophthalmology and molecular biology). 2. To encourage the integration of the groups and research areas related to the PhD Degree in Optical Engineering, which has been awarded a "quality distinction" by the Spanish Ministry of Education and Science. 3. To transfer research results and knowledge that will be applied in clinical care. 4. To collaborate with the research, development and innovation departments of companies working in the fields of optics, clinical optometry, applied contactology and microbiology, ophthalmology and molecular biology. 5. To produce PhD theses at the Department of Optics and Optometry in the fields of ophthalmic optics, physiological optics and biomedicine. 6. To establish interdepartmental links between UPC departments and other universities.
Col·leccions
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Articles de revista [72]
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Llibres [1]
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Guia temàtica [1]
Enviaments recents
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Visual outcome of penetrating keratoplasty, deep anterior lamellar keratoplasty and Descemet membrane endothelial keratoplasty
(Elsevier, 2017-11-13)
Article
Accés obertPurpose: A single-center, cross-sectional study was designed to assess and compare objective and subjective quality of vision of patients intervened with penetrating keratoplasty (PK), deep anterior lamellar keratoplasty ... -
Effective Visual Field Rehabilitation in Homonymous Hemianopia by Attaching Binocular Prisms to Lenses
(2017-10-08)
Article
Accés obert -
Inter-ocular asymmetry in choroidal thickness and retinal sensitivity in high myopia
(2017-07-06)
Article
Accés obertPURPOSE:: To investigate the normal range of interocular asymmetry in choroidal thickness and retinal sensitivity in high myopia without ocular fundus manifestations and to determine the relationship between interocular ... -
Spectral radiance of blue light filters on ophthalmic lenses
(2017-05-29)
Article
Accés obertAs a result of the recent improvement in light-emitting diode (LED) technology, the displays of the vast majority of electronic devices are now illuminated by LEDs. There are several advantages of this type of light source ... -
Comparative analysis of peripheral corneal geometry in health and Keratoconus
(2017-06-14)
Article
Accés obertOBJECTIVES:: To describe and compare corneal peripheral angles in normal and keratoconic eyes, to gain a better understanding of the topography of the periphery of the cornea in keratoconus and assist practitioners in the ... -
Changes in peripheral refraction, higher-order aberrations, and accommodative lag with a radial refractive gradient contact lens in young myopes
(Lippincott Williams & Wilkins, 2016-01-22)
Article
Accés obertPurpose: To evaluate changes in the peripheral refraction (PR), visual quality, and accommodative lag with a novel soft radial refractive gradient (SRRG) experimental contact lens that produces peripheral myopic ... -
Módulo de tecnología óptica. Formación de formadores. General Óptica 2006
(Ela autors, 2007-02)
Llibre
Accés restringit per política de l'editorial -
Trabajos de investigación en óptica visual y tecnología del color en el CD6
(2012)
Comunicació de congrés
Accés obert -
Líneas de investigación en óptica visual y tecnología del color en el CD6
(2009)
Text en actes de congrés
Accés obert -
Discapacidad visual: guía de lectura
(2017-02-23)
Guia temàtica
Accés obertGuia de lectura amb novel·les relacionades amb algun dels aspectes de la discapacitat visual per a promoure la sensibilització i empatia amb aquesta diversitat funcional. -
Visual fatigue while watching 3D stimuli from different positions
(Elsevier, 2016-07-19)
Article
Accés obertPurpose: When observers focus their stereoscopic visual system for a long time (e.g., watchinga 3D movie) they may experience visual discomfort or asthenopia. We tested two types ofmodels for predicting visual fatigue in ...