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Original Research

More than meets the eye: visual attention biases in individuals reporting chronic pain

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Pages 557-570 | Published online: 19 Sep 2014

Figures & data

Table 1 Word pairs

Figure 1 Visual depiction of counter-balanced trials of words presented during the dot-probe task.

Notes: Sensory pain word (target, t) on left (l) side of screen followed by the dot (d) on the left side of the screen (left, congruent or “tldl”), sensory pain word on left side of screen followed by the dot on the right (r) side of the screen (left, incongruent or “tldr”), sensory pain word on right side of screen followed by the dot on the right side of the screen (right, congruent or “trdr”), and sensory pain word on right side of screen followed by the dot on the left side of the screen (right, incongruent or “trdl”).
Figure 1 Visual depiction of counter-balanced trials of words presented during the dot-probe task.

Table 2 Hypothesis 1: reaction time index scores (in milliseconds) for the chronic pain group (n=51) and the pain-free group (n=62)

Figure 2 Frequency of fixations for each group.

Notes: Error bars display the standard error. **P<0.01.
Figure 2 Frequency of fixations for each group.

Table 3 Hypotheses 2–4: frequency and duration of eye-tracking dependent variables for the chronic pain group (n=51) and the pain-free group (n=62)

Figure 3 Average visit duration for each group.

Notes: Error bars display the standard error. **P<0.01.
Figure 3 Average visit duration for each group.

Figure 4 Late-phase total fixation duration for each group.

Notes: Error bars display the standard error. **P<0.01.
Figure 4 Late-phase total fixation duration for each group.

Table 4 Hypothesis 5: comparisons between the chronic pain group (n=51) and pain-free group (n=62) according to questionnaire data