This is an observational study designed to assess the reliability and consistency of the Optina awAIrTM CAS Test for detecting phenotypic changes in the retina that are associated with beta-amyloid status (positive or negative). The purpose of this study is to ensure that the retinal image capture process is consistent and under control, regardless of the operator or the time of measurement. The study will include enough repeated measurements on different systems, by three operators, and at different times to demonstrate.
The purpose of this study is to assess the reliability of the Optina Retinal Deep Phenotyping.TM(RDP) platform. The RDP Platform is comprised of the Optina-4CTM retinal camera and its Optina-4C ConnectTM software, as well as the Optina awAIrTM-CAS Test (also called CAS Test) for detecting phenotypic changes in the retina that are associated with cerebral beta-amyloid status (positive or negative). This study will quantify points of variability in the data input for the CAS Test, including: * Left eye vs. right eye (retinal scan) * Eye algorithm selection (eye assessment obtained from different eye specialists either an Ophthalmologist or an Optometrist) * Hardware variability (Inter-instrument Variability retinal scans obtained from different Optina-4CTM cameras) * Inter-operator variability (retinal scans obtained from different Users of the Optina-4CTM camera) * Intra-operator variability (retinal scans obtained by the same user on the same Optina-4CTM camera
Study Type
OBSERVATIONAL
Enrollment
43
The study consists of 2 visits and 8 Imaging sessions: The participant will go through four (8) imaging sessions in two visits with the Optina-4CTM cameras to get pictures of your retina. These imaging sessions will be done by three qualified operators who have been trained on the study device by Optina Diagnostics.
LMC Montreal Ville St Laurent
Montreal, Quebec, Canada
The reliability of the investigational device's imaging process will be analyzed using agreement of CAS Test results within 95% confidence intervals for the following conditions:
* Eye to eye variability * Eye selection process variability * Instrument to instrument variability * Inter-Operator variability * Intra-Operator variability
Time frame: 12 months
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