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. 2017 May 24;60(5):1299–1315. doi: 10.1044/2016_JSLHR-L-16-0108

Table 6.

Eye movements as a predictor of accuracy in people with aphasia.

Variable N1 + Aux
V
NP/PP2
z p z p z p
Pretreatment
 Intercept 5.251 < .001 5.140 < .001 5.045 < .001
 Target advantage 1.911 .056 2.165 .030 5.783 < .001
 Sentence type −3.675 < .001 −4.427 < .001 −4.477 < .001
 Target advantage × sentence type x x x x x x
Posttreatment
 Intercept 5.551 < .001 5.762 .000 5.683 .000
 Target advantage −0.206 .836 0.674 .500 3.369 .001
 Sentence type −1.483 .138 −1.520 .129 −1.580 .114
 Target advantage × sentence type −2.367 .018 −2.931 .003 −1.510 .131
Pre- vs. Posttreatment
 Intercept 5.629 < .001 5.728 < .001 5.770 < .001
 Target advantage 2.456 .014 2.473 .013 6.594 < .001
 Sentence type −2.207 .027 −2.920 .004 −3.031 .002
 Phase 0.866 .387 1.312 .189 0.959 .338
 Target advantage × sentence type −1.697 .090 −1.792 .073 −1.419 .156
 Target advantage × phase −2.001 .045 −1.325 .185 −1.662 .097
 Sentence type × phase 2.708 .007 2.156 .031 1.954 .051
 Target advantage × sentence type × phase x x −1.844 .065 x x

Note. Reference levels are as follows: target advantage = 0 (distractor advantage); sentence type = active; phase = pretreatment. Cells with x indicate predictors that were not found to improve model fit and were excluded from the final, best-fitting model. N1 + Aux = subject noun and auxiliary; V = verb; NP/PP2 = postverbal noun phrase/prepositional phrase.