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Autor: McBride, Geraldine. The effect of age on binocular functions as measured by stereoacuity, fusion, ocular movements, and ocular alignment. 07/07/2021. Excel·lent Cum Laude. Direcció: Davies, LN.; Vinuela-Navarro V. Aston Univeristy. |
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Argiles, M.; Vinuela-Navarro V; Pérez-Mañá, L.; Alonso, S.; Asensio-Jurado, L.; Rovira-Gay, Cristina.; Sunyer, B.. Effects of task explanation on stereoacuity measurements using a random-dot stereotest. Journal of optometry. 2026. Volum: 19. Número: 4, article 100625. URL. DOI. JCR-Emerging Sources Citation Index Edition. FI: 1.8. Q3; |
Goset, J.; Mestre, C.; Vinuela-Navarro V; Aldaba, M.; Ariza, M.; Cano, N.; Delàs, B.; Gelonch, O.; Garolera, M.; Vilaseca, M.; REHAB Project, Collaborative Group. Machine learning integration of eye-tracking and cognitive screening for detecting cognitive impairment. Journal of eye movement research. 2026. Volum: 19. Número: 3, article 57. URL. DOI. CiteScore. FI: 3.4. |
Galdón, A.; Guisasola, L.; El Gharbi, M.; Vinuela-Navarro V; Perez, J.; Vila-Vidal, N.. Incidence and risk factors of refractive error in children in Spain: CISViT project. Ophthalmic and physiological optics. 2026. URL. DOI. JCR-Science Edition. FI: 2.4. Q2; |
Asensio-Jurado, L.; Argiles, M.; Vinuela-Navarro V; Quevedo, L.. Analysis of patient adherence to emerging treatment tools for improving visual functions in amblyopia: a systematic review and meta-analysis. Journal of optometry. 2026. Volum: 19. Número: 2, article 100591. URL. DOI. CiteScore. FI: 4.8. |
Goset, J.; Ariza, M.; Mestre, C.; Vinuela-Navarro V; Pérez-Mañá, L.; Vilaseca, M.; Cano, N.; Delàs, B.; Garolera, M.; Aldaba, M.. Eye tracking and machine learning to assess cognitive impairment in post-COVID-19 Patients. Scientific reports. 2026. Volum: 16. Número: article 9637. URL. DOI. JCR-Science Edition. FI: 3.9. Q1; |
Pérez-Mañá, L.; Alba-Arbalat, S.; Pardo, Y.; Cardona, G.; Gispets, J.; Vinuela-Navarro V; R Ehrlich, J.. Translation and cultural adaptation into Spanish of the questionnaire “Low Vision Severely Constricted Peripheral Eyesight (LV-SCOPE)”. Clinical and experimental optometry. 2026. Volum: 109. Pàgs: 256~256. URL. DOI. JCR-Science Edition. FI: 1.5. Q3; |
Asensio-Jurado, L.; Argiles, M.; Vinuela-Navarro V; Quevedo, L.; M.Levi; Dennis. Efficacy of patching combined with action video games in amblyopic children aged 4-10 years: a randomised clinical trial. Ophthalmic & physiological optics. 2025. Volum: 46. Número: 6. Pàgs: 1389~1389. URL. DOI. JCR-Science Edition. FI: 2.8. Q2; |
El Gharbi, M.; Guisasola, L.; Galdón, A.; Vinuela-Navarro V; Perez, J.; Tomas, N.; Vila-Vidal, N.. Ocular biometry distribution and one-year growth in eight-year-old Southern European schoolchildren under the CISViT project. Children (Basel). 2025. Volum: 12. Número: 2, article 221. URL. DOI. CiteScore. FI: 2.7. |
Rovira-Gay, Cristina.; Argiles, M.; Mestre, C.; Vinuela-Navarro V; Pujol, J.. Does the subjective response during the measurement of fusional reserves affect the clinical diagnosis?. Ophthalmic & physiological optics. 2024. Volum: 44. Número: 7. Pàgs: 1354~1354. URL. DOI. JCR-Science Edition. FI: 2.8. Q2; |
Galdón, A.; Vila-Vidal, N.; El Gharbi, M.; Vinuela-Navarro V; Perez, J.; Tomas, N.; Guisasola, L.. The impact of socioeconomic status on visual acuity changes in schoolchildren: a one-year follow-up. Children (Basel). 2024. Volum: 11. Número: 10, article 1226. URL. DOI. JCR-Science Edition. FI: 2.0. Q2; |
Vila-Vidal, N.; Vinuela-Navarro V; Perez, J.; Galdón, A.; Tomas, N.; González, E.; Guisasola, L.. Relationship between socioeconomic status and myopia in school children: CISViT project. Journal of optometry. 2024. Volum: 17. Número: 4, article 100518. URL. DOI. ESCI - Emerging Sources Citations Index of Web of Science. FI: 2.2. Q2; |
Vinuela-Navarro V; Baker, F.; Woodhouse, JM.; Sheppard, A.. Ciliary muscle and anterior segment characteristics in pre-presbyopic adults with Down syndrome. Ophthalmic & physiological optics. 2024. Volum: 44. Número: 3. Pàgs: 483~483. URL. DOI. CiteScore. FI: 4.2. |
Aldaba, M.; Ochando, P.; Vila-Vidal, N.; Vinuela-Navarro V; Guisasola, L.; Perez, J.. Precision and agreement of axial length in paediatric population measured with MYAH and AL-Scan biometers. Clinical and experimental optometry. 2023. Volum: 107. Número: 7. Pàgs: 748~748. URL. DOI. JCR-Science Edition. FI: 1.9. Q3; |
Vinuela-Navarro V; Goset, J.; Aldaba, M.; Mestre, C.; Rovira-Gay, Cristina.; Cano, N.; Ariza, M.; Delàs, B.; Garolera, M.; Vilaseca, M.. Eye movements in patients with post-COVID condition. Biomedical optics express. 2023. Volum: 14. Número: 8, article 489037. Pàgs: 3936~3936. URL. DOI. CiteScore. FI: 6.7. |
Rovira-Gay, Cristina.; Mestre, C.; Argiles, M.; Vinuela-Navarro V; Pujol, J.. Feasibility of measuring fusional vergence amplitudes objectively. PloS one. 2023. Volum: 18. Número: 5, article 0284552. URL. DOI. JCR-Science Edition. FI: 3.752. Q2; |
Dave, S.; Binns, A.; Vinuela-Navarro V; Callaghan, T.. What advice is currently given to patients with Age-Related Macular Degeneration (AMD) by eyecare practitioners, and how effective is it at bringing about a change in lifestyle? A systematic review. Nutrients. 2022. Volum: 14. Número: 21, article 4652. Pàgs: 1~1. URL. DOI. JCR-Science Edition. FI: 5.9. Q1; |
Wilton, G.; Woodhouse, R.; Vinuela-Navarro V; England, R.; Woodhouse, JM.. Behavioural features of cerebral visual impairment are common in children with down syndrome. Frontiers in human neuroscience. 2021. Volum: 15. Pàgs: 1~1. URL. DOI. JCR-Science Edition. FI: 3.473. Q2; |
Little, J-A.; Aman, M.; Richardson, P.; Woodhouse, JM.; Vinuela-Navarro V; Saunders, KJ.. In-vivo anterior segment OCT imaging provides unique insight into cerulean blue-dot opacities and cataracts in Down syndrome. Scientific reports. 2020. Volum: 10. Número: 10031. Pàgs: 10031:1~10031:1. URL. DOI. CiteScore. FI: 7.1. |
Vinuela-Navarro V; Erichsen, JT.; Williams, CEM.; Woodhouse, JM.. Quantitative characterization of smooth pursuit eye movements in school-age children using a child-friendly setup. Translational vision science & technology. 2019. Volum: 8. Número: 5. Pàgs: 1~1. URL. DOI. JCR-Science Edition. FI: 3.283. Q2; |
Clark, R.; Blundell, J.; Dunn, M.; Erichsen, JT.; Giardini, M.; Gottlob, I.; Harris, C.; Lee, H.; Mcilreavy, L.; Olson, A.; Self, J.; Vinuela-Navarro V; Waddington, J.; Woodhouse, JM.; Gilchrist, I.; Williams, CEM.. The potential and value of objective eye tracking in the ophthalmology clinic. Eye. 2019. Volum: 33. Número: 8. Pàgs: 1200~1200. URL. DOI. CiteScore. FI: 5.0. |
Zahidi, A.; Vinuela-Navarro V; Woodhouse, JM.. Different visual development: norms for visual acuity in children with Down’s syndrome. Clinical and experimental optometry. 2018. Volum: 101. Número: 4. Pàgs: 535~535. URL. DOI. CiteScore. FI: 3.5. |
Vinuela-Navarro V; Erichsen, JT.; Williams, CEM.; Woodhouse, JM.. Effect of stimulus type and motion on smooth pursuit in adults and children. Optometry and vision science. 2017. Volum: 94. Número: 7. Pàgs: 760~760. URL. DOI. JCR-Science Edition. FI: 1.973. Q3; |
Vinuela-Navarro V; Erichsen, JT.; Williams, CEM.; Woodhouse, JM.. Saccades and fixations in children with delayed reading skills. Ophthalmic & physiological optics. 2017. Volum: 37. Número: 4. Pàgs: 531~531. URL. DOI. JCR-Science Edition. FI: 3.117. Q2; |
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Viñuela, F.; Vinuela-Navarro V. Exploració optomètrica en el diagnòstic d’una tumoració intracranial. CiènciesdelaVisió.Cat. 2023. Número: 5. Pàgs: 6~6. URL. |
Vinuela-Navarro V. Moviments oculars en infants derivats amb possibles dèficits de motilitat ocular i problemes d’aprenentatge i/o desenvolupament. CiènciesdelaVisió.Cat. 2021. Número: 1. Pàgs: 14~14. URL. |
Vinuela-Navarro V. Eye movements in children: characteristics in typical and atypical development and assessment in practice. Optometry in practice. 2018. Volum: 19. Número: 2. Pàgs: 1~1. URL. |