AbstractHorizontally scrolling text is, in theory, ideally suited to enhance viewing strategies recommended to improve reading performance under conditions of central vision loss such as macular disease, although it is largely unproven in this regard. This study investigated if the use of scrolling text produced an observable improvement in reading performed under conditions of eccentric viewing in an artificial scotoma paradigm. Participants (n=17) read scrolling and static text with a central artificial scotoma controlled by an eye-tracker. There was an improvement in measures of reading accuracy, and adherence to eccentric viewing strategies with scrolling, compared to static, text. These findings illustrate the potential benefits of scr...
Patients with central field loss (CFL) have to use eccentric vision and complain particularly about ...
AbstractPersons with central field loss must learn to read using eccentric retina. To do this, most ...
AbstractReading in peripheral vision is slow and requires large print, posing substantial difficulty...
AbstractHorizontally scrolling text is, in theory, ideally suited to enhance viewing strategies reco...
Reading with central vision loss (CVL), as caused by macular disease, may be enhanced by presenting ...
Reading with central vision loss (CVL), as caused by macular disease, may be enhanced by presenting ...
Purpose: Technological devices such as smartphones and tablets are widely available and increasingly...
AbstractAlthough many individuals with a central scotoma develop eccentric fixation most often benea...
SIGNIFICANCE: Scrolling text can be an effective reading aid for those with central vision loss. Our...
Individuals with macular degeneration often develop a Preferred Retinal Locus (PRL) used in place of...
Central retinal loss through macular disease markedly reduces the ability to read largely because id...
Purpose: Macular degeneration can be severely disabling as patients frequently develop central blin...
As a person read, the eyes move to extract information from the printed text. Reading became disturb...
Abstract: Loss of central vision caused by age-related macular degeneration (AMD) is a problem affec...
Although many individuals with a central scotoma develop eccentric fixation most often beneath or le...
Patients with central field loss (CFL) have to use eccentric vision and complain particularly about ...
AbstractPersons with central field loss must learn to read using eccentric retina. To do this, most ...
AbstractReading in peripheral vision is slow and requires large print, posing substantial difficulty...
AbstractHorizontally scrolling text is, in theory, ideally suited to enhance viewing strategies reco...
Reading with central vision loss (CVL), as caused by macular disease, may be enhanced by presenting ...
Reading with central vision loss (CVL), as caused by macular disease, may be enhanced by presenting ...
Purpose: Technological devices such as smartphones and tablets are widely available and increasingly...
AbstractAlthough many individuals with a central scotoma develop eccentric fixation most often benea...
SIGNIFICANCE: Scrolling text can be an effective reading aid for those with central vision loss. Our...
Individuals with macular degeneration often develop a Preferred Retinal Locus (PRL) used in place of...
Central retinal loss through macular disease markedly reduces the ability to read largely because id...
Purpose: Macular degeneration can be severely disabling as patients frequently develop central blin...
As a person read, the eyes move to extract information from the printed text. Reading became disturb...
Abstract: Loss of central vision caused by age-related macular degeneration (AMD) is a problem affec...
Although many individuals with a central scotoma develop eccentric fixation most often beneath or le...
Patients with central field loss (CFL) have to use eccentric vision and complain particularly about ...
AbstractPersons with central field loss must learn to read using eccentric retina. To do this, most ...
AbstractReading in peripheral vision is slow and requires large print, posing substantial difficulty...