Salud Visual (Profesional) 2.0

REVIEW

Jacob Sivak LScO PhD OD*

Article first published online: 30 JUL 2012  DOI: 10.1111/j.1444-0938.2012.00781.x

ABSTRACT

In spite of a long history of study, as well as a significant, recent increase in research attention, the cause(s) and the means of preventing or mitigating the progression of myopia in children are still elusive. The high and growing prevalence of myopia, especially in Asian populations, as well as its progressive nature in children and its effect on visual acuity, have contributed to the recent surge in interest. Animal research carried out in the 1970s also helped spark this interest by legitimising the study of environmental influences on the refractive development of the eye. Efforts that include the use of visual training or biofeedback, bifocal and progressive lenses, contact lenses and pharmaceuticals are reviewed. Current research trends that focus on the relationship between genetics and environment, as well as studies, both animal and human, that explore the effect of peripheral refractive error on the refractive development of the central retina are also reviewed.

Artículo:  http://onlinelibrary.wiley.com/doi/10.1111/j.1444-0938.2012.00781.x/pdf

La Universitat de València aplicará tecnología óptica - hasta ahora, solo utilizada en la astronomía para estudiar imágenes del universo- con el objeto de prevenir el desarrollo de la miopía, considerada la enfermedad ocular más habitual en todo el mundo.

Robert Montés Micó, catedrático de Óptica, ha conseguido uno de los prestigiosos proyectos del European Research Council, otorgados a investigadores de alto nivel mundial con una dotación de un millón y medio de euros, para estudiar durante cinco años las señales promotoras de procesos que generan miopía.