View clinical trials related to Retinal Function.
Filter by:The retina shares similar embryologic origin, anatomical features and physiological properties with the brain and hence offers a unique and accessible "window" to study the correlates and consequences of subclinical pathology in patients with cognitive impairment. Our hypothesis is that the neurodegeneration of the retina will run in parallel to the neurodegeneration of the brain and, therefore, the signs of neurodysfunction in the retinal assessment will be more evident in those patients with rapid cognitive decline. Microangiopathy will also participate in cognitive decline and its specific role, as well as usefulness of retinal imaging, will be also examined. This is a multinational and multicentre cross-sectional study and prospective, longitudinal cohort observational study.
Multifocal-electroretinoram (ERG) and microperimetry are objective criteria to asses retinal function. No information besides visual acuity exist for the development of retinal function during the course of wet AMD during therapy with Lucentis. The aim of our study is to evaluate the value of multifocal-ERG and microperimetry as an sensitive tool and early predictor of recurrence of the disease. The second goal will be to evaluate the neuroprotective effects of an adequate therapy on retinal function using microperimetry and multifocal-ERG during the course of wet AMD.