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It is our intention to test the success of our device by creating a testing environment and comparing a variety of quantitative outcomes on different groups of HH users.
It is our intention to test the success of our device by creating a testing environment and comparing a variety of quantitative outcomes on different groups of HH users.
With our device simulation being validated in pre-clinical studies, it is our goal in the clinical studies to understand the effectiveness of our device to aid HH users in going about their daily lives. We want to ensure that our device is the best on the market for visual field enhancement for HH patients.
With our device simulation being validated in pre-clinical studies, it is our goal in the clinical studies to understand the effectiveness of our device to aid HH users in going about their daily lives. We want to ensure that our device is the best on the market for visual field enhancement for HH patients.
Clinical Testing Setup
Clinical Testing Setup
A range of 4-5 common objects would be placed at different heights and positions throughout a 100 ft-square room. The objects and their placements would be randomized, so the test subject entering the room would be completely blind to what the room looked like or where objects were located. This approach will prevent users from recalling the location of objects in the room and biasing the time to needed to find all objects.
Groups to be Tested
Groups to be Tested
HH patients using our VR device with only the livestream video output and no visual field adjustments
HH patients using our VR with the visual remapping video output
HH patients using Peli lens glasses: the current, competing device on the market
Measurements to be Taken
Measurements to be Taken
Amount of time to find all objects placed in room
The number of times a patient bumps into a wall or an object
Patient's perceived effectiveness of the device they're using (on a scale of 1-10)
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