Person:
Bonnin Arias, Cristina Natalia

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First Name
Cristina Natalia
Last Name
Bonnin Arias
URI
https://hdl.handle.net/20.500.14352/79903
Affiliation
Universidad Complutense de Madrid
Faculty / Institute
Óptica y Optometría
Department
Optometría y Visión
Area
Optica
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Author: Bonnin Arias, Cristina Natalia × End date: 2023 × Start date: 2023 × Item Type: Publication × Has files: true ×

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Now showing 1 - 4 of 4
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    Project number: 300
    Guía gráfica de afecciones oculares secundarias a patologías sistémicas
    (2023) Sánchez Ramos, Celia; Bonnin Arias, Cristina Natalia; Lobato Rincón, Luis Lucio; Llorens Casado, María Belén; Pitarch Velasco, Aída; Bueno Fernández,Sara; Blázquez Sánchez, Vanesa; Dorronzoro Ramirez, Emilio; Domínguez Valdés, Teresa; Ortín Trujillano, Francisco Javier
    Esta guía didáctica constituye una completa base de datos de patologías sistémicas generales, infecciosas y neurodegenerativas, que sirve tanto de material de aprendizaje y autoevaluación para estudiantes, así como de material de consulta y comparación para profesionales del área de Ciencias de la Visión y Oftalmología.
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    RapiDA V1: Repeatability
    (2023) Martínez Álvarez, Belén; Toure Sarr, Mame Diatou; Sarco Silva Erika; Bonnin Arias, Cristina Natalia; Blázquez Sánchez, Vanesa; Sánchez Ramos, Celia
    Dark Adaptation (DA) refers to the slow recovery of visual sensitivity in the dark, mediated primarily by rods, after being exposed to intense or prolonged illumination. It has been shown that DA is slower in aging and in age-related eye diseases such as macular degeneration (AMD). It may be a key biomarker of retinal health. (Murray et al., 2022) Traditionally the method of measuring DA with produces a triphasic curve which can last between 30 to 40 minutes. The RapiDA device, has been designed to produce a biphasic curve: the alpha point, cone threshold (CT), tau, the cone time constant and S2 the slope of the rod-only section. These data can be collected within 10 minutes.
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    Evaluation Of The Effects Of Tecnis Eyhance And Acrysof Iq Vivity Intraocular Lenses On Visual Quality Under Different Lighting Conditions.
    (2023) Baoud OuldHaddi, Inas; Dorronzoro Ramírez, Emilio; Flores Cervantes, Dayan; Blázquez Sánchez, Vanesa; Bonnin Arias, Cristina Natalia; Sánchez Ramos, Celia
    Introduction: Presbyopia correction surgeries undergo a thorough evaluation, combining objective measurements like visual acuity, contrast sensitivity, glare disability, and halometry, along with subjective assessments through satisfaction questionnaires. This comprehensive approach ensures accurate assessment of outcomes. To meet individual patient needs, various designs and types of intraocular lenses are available. Among the latest advancements are Extended Depth of Focus (EDOF) lenses, providing both distance and intermediate vision capabilities, offering improved visual functionality for presbyopia patients. Purpouse: To analyze the effect of the design of Tecnis® EyhanceTM and AcrySof® IQ VivityTM, extended range intraocular lenses on patients visual quality under photopic and mesopic lighting conditions. Setting: The study was performed at the Hospital Universitario Sanitas la Moraleja in Madrid. All surgeries were performed by the same experienced surgeon (E.D.R). The study followed the principles of the Declaration of Helsinki. CONCLUSION: The AcrySof® IQ VivityTM and Tecnis® EyhanceTM designs provide optimal AV, at distances (far and near), in both photopic and mesopic illumination conditions. The AcrySof® IQ VivityTM IOL provides better intermediate VA, in mesopic conditions, than the Tecnis® EyhanceTM IOL. However, this difference does not translate into a perceived subjective improvement in patients quality of life. The design of the AcrySof® IQ VivityTM and Tecnis® EyhanceTM extended range
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    Analysis Of The Effects Of Two Extended-Depth- Of -Focus Intraocular Lenses On Visual Quality Under Different Illumination Conditions.
    (2023) Baoud Ould Haddi, Inas; Dorronzoro Ramirez, Emilio; Flores Cervantes, Dayan; Blázquez Sánchez, Vanesa; Bonnin Arias, Cristina Natalia; Sánchez Ramos, Celia
    INTRODUCTION: Currently, patients have an increased demand and high expectations for good visual quality and spectacle independence after surgery. In addition, said surgery is being performed earlier and earlier due to the visual demands that require good vision at all distances. Especially, in intermediate distances due to the appearance of new technologies and the continuous work on screens. For this reason, there is a continuous evolution of IOL designs. PURPOSE: To analyze the effect of PhysiOL ®IsoPure123™ and AcrySof ®IQ Vivity™ extended range intraocular lens design on patients visual quality under photopic and mesopic illumination conditions. Setting: The study was performed at the Hospital Universitario Sanitas la Moraleja in Madrid. All surgeries were performed by the same experienced surgeon (E.D.R). The study followed the principles of the Declaration of Helsinki. CONCLUSION: Both AcrySof ®IQ Vivity™ and PhysiOL ®IsoPure 123™ intraocular lens designs provide optimal VA for far and near distances in both photopic and mesopic illumination conditions. The AcrySof ® IQ Vivity™ IOL provides better intermediate VA under mesopic conditions than the PhysiOL ® IsoPure 123™ IOL, with this difference being clinically significant. There was no statistically significant difference between the two intraocular lenses in relation to the perception of halos.