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1 g) and nonalternating saccades (monocular or binocular viewing).
2 c/deg drifting right to left at 11.4c/s with binocular viewing).
3 h binocular and monocular dLGN inputs during binocular viewing.
4 ller acuity cards oriented vertically during binocular viewing.
5 age (DP; 37 degrees H) formats at 60 cm with binocular viewing.
6 plane (Listing's plane) during monocular and binocular viewing.
7 - and double-page text formats at 60 cm with binocular viewing.
8 represent that eye's contribution to natural binocular viewing.
9 need to evaluate the PRL in the framework of binocular viewing.
10  alternate or switch the fixating eye during binocular viewing.
11 y and vertically) during either monocular or binocular viewing.
12  sequence relationships between alternating (binocular viewing) and nonalternating saccades (monocula
13 n by the stronger eye often dominates during binocular viewing, blocking the image of the weaker eye
14 retinoscopy was performed on 111 subjects in binocular viewing conditions at a viewing distance of 50
15                                 First, under binocular viewing conditions, subjects could theoretical
16                     Surprisingly, even under binocular viewing conditions, when binocular disparity s
17 ere obtained from 16 healthy observers under binocular viewing conditions.
18 gence eye movements under both monocular and binocular viewing conditions.
19                                         That binocular viewing confers an advantage over monocular vi
20                                           On binocular viewing, contrast sensitivities were slightly
21 ies: 1.2-22.5 PD [Delta]) or by changing the binocular viewing distance (experiment II: five viewing
22                Our results for monocular and binocular viewing, for threshold contrast discrimination
23                                       During binocular viewing, large target steps into the temporal
24 ular differences in orientation occur during binocular viewing of a surface slanted in depth.
25  field where perception is suppressed during binocular viewing, showed no net inhibition.
26  Saccade latency tended to be greater during binocular viewing than during monocular viewing.
27                                       During binocular viewing, the FI of fellow and amblyopic eye, v
28         This phenomenon suggests that during binocular viewing, the retinal eccentricity of a new-tar
29                                       During binocular viewing, visual inputs from the two eyes inter
30                               After habitual binocular viewing was allowed, differences between upwar
31  During the early post-lesion period, before binocular viewing was allowed, pursuit velocity of the p
32   During the early postlesion period, before binocular viewing was allowed, VD decreased and comitanc
33                                         Once binocular viewing was allowed, VD increased and comitanc
34 ic eye was patched for 6 or 9 days, and then binocular viewing was allowed.
35 ic eye was patched for 6 to 9 days, and then binocular viewing was allowed.
36 ic eye was patched for 6 to 9 days, and then binocular viewing was allowed.
37                    Considering monocular and binocular viewing, we (a) explain how to identify the PR