Pupillary response and eye anterior assessment

A method for ocular assessment comprising:

• providing a pupillary response scanning device including:
• a housing configured to provide a first isolated eye enclosure for a first eye and a second isolated eye enclosure for a second eye of a patient;
• a visible light source in the first isolated eye enclosure and the second isolated eye enclosure;
• an infrared light source in the first isolated eye enclosure and the second isolated eye enclosure;
• an imaging device in the first isolated eye enclosure and the second isolated eye enclosure;
• and
• a control system configured to manipulate the visible light source, the infrared light source and the imaging device;
• continuously illuminating the first and second eyes of the patient with infrared light from the infrared light source during a test;
• capturing a reference image of the first and the second eye with the imaging device during the test;
• illuminating the first eye of the patient with visible light from the visible light source in the first eye enclosure for a predetermined duration;
• concurrently with illuminating first eye of the patient with the visible light, capturing a first test image of the first and the second eyes with the imaging device;
• subsequent to capturing the first test image, subjecting the first and the second eyes to a dark adaptation period under infrared illumination from the infrared light source;
• illuminating the second eye of the patient with visible light from the visible light source in the second eye enclosure for a predetermined duration;
• concurrently with illuminating the second eye of the patient with the visible light, capturing a second test image of the first and the second eyes with the imaging device;
• and
• transmitting the reference image and the first and the second test images to the control system;
• and
• processing via the control system the transmitted reference image and the first and second test images to identify an affected eye and a healthy eye;
• wherein, the housing is configured to keep the first and second eyes isolated from environment and one another to prevent light emitted from sources other than the visible light source and the infrared light source placed in each of the first and second eye enclosures from entering the first and second eyes enclosed in the first and second eye enclosures.