When visual information is confined to one object plane, the emmetropization end-point is adjusted in accord with the corresponding incident optical vergence at the eye [Proceedings of the 7th International Conference on Myopia (2000) 113]. We now report the effect of adding extra visual information beyond the target plane. Visual conditions were controlled using a cone-lens system: black Maltese cross targets on white opaque backgrounds (OMX) were attached to the open faces of 2.5 cm translucent cones fitted with either 0, +25 or +40 D imaging lenses. An alternative target (TMX) was made by substituting the opaque target background for a transparent background, which allowed access to visual information beyond the target plane. The imaging...
The finding that the eyes of young chicks recover quickly from form deprivation myopia (FDM) has bee...
Emmetropization is dependent on visual feedback and presumably some measure of the optical and image...
Emmetropization is dependent on visual feedback and presumably some measure of the optical and image...
When visual information is confined to one object plane, the emmetropization end-point is adjusted i...
When visual information is confined to one object plane, the emmetropization end-point is adjusted i...
AbstractWhen visual information is confined to one object plane, the emmetropization end-point is ad...
When visual information is confined to one object plane and zero or hyperopic defocus is present, em...
When visual information is confined to one object plane and zero or hyperopic defocus is present, em...
What cues are used in active emmetropization to analyse retinal image defocus remain unresolved. We...
PURPOSE. The bidirectional nature of emmetropization, as observed in young chicks, implies that eyes...
Background: Young chicks can adjust their eye growth to compensate for both imposed hyperopia and my...
Purpose: That young chicks recover quickly from form deprivation myopia (FDM) has been interpreted a...
The finding that the eyes of young chicks recover quickly from form deprivation myopia (FDM) has bee...
In contrast to previous investigations of myopia development in humans that have primarily examined ...
AbstractThe finding that the eyes of young chicks recover quickly from form deprivation myopia (FDM)...
The finding that the eyes of young chicks recover quickly from form deprivation myopia (FDM) has bee...
Emmetropization is dependent on visual feedback and presumably some measure of the optical and image...
Emmetropization is dependent on visual feedback and presumably some measure of the optical and image...
When visual information is confined to one object plane, the emmetropization end-point is adjusted i...
When visual information is confined to one object plane, the emmetropization end-point is adjusted i...
AbstractWhen visual information is confined to one object plane, the emmetropization end-point is ad...
When visual information is confined to one object plane and zero or hyperopic defocus is present, em...
When visual information is confined to one object plane and zero or hyperopic defocus is present, em...
What cues are used in active emmetropization to analyse retinal image defocus remain unresolved. We...
PURPOSE. The bidirectional nature of emmetropization, as observed in young chicks, implies that eyes...
Background: Young chicks can adjust their eye growth to compensate for both imposed hyperopia and my...
Purpose: That young chicks recover quickly from form deprivation myopia (FDM) has been interpreted a...
The finding that the eyes of young chicks recover quickly from form deprivation myopia (FDM) has bee...
In contrast to previous investigations of myopia development in humans that have primarily examined ...
AbstractThe finding that the eyes of young chicks recover quickly from form deprivation myopia (FDM)...
The finding that the eyes of young chicks recover quickly from form deprivation myopia (FDM) has bee...
Emmetropization is dependent on visual feedback and presumably some measure of the optical and image...
Emmetropization is dependent on visual feedback and presumably some measure of the optical and image...