Skip to main content
. Author manuscript; available in PMC: 2010 Jan 5.
Published in final edited form as: Aphasiology. 2006 Feb 1;20(2-4):110–122. doi: 10.1080/02687030500472397

TABLE 1.

Overview of priming results (response times) for prime words paired with strongly vs weakly related target words

rvf–LH2 significant priming (effect size)4
lvf–RH3 significant priming (effect size)
Study Strong vs weak semantic relationship between prime and target RP1 Strong Weak Strong vs weak Strong Weak Strong vs weak
Chiarello et al., 1990 Associated vs non-associated category coordinates .25 yes yes s=w5 yes yes s=w6 (26 ms difference)
Chiarello et al., 1992 Associated vs non-associated category coordinates .70 yes yes s>w yes yes s=w
Nakagawa, 1991 Antonyms vs remote associates .50 85 ms7 (1.11) 28 ms (.33) 57 ms (.78) 57 ms (.54) 20 ms (.17) 37 ms (.36)
1

Relatedness proportion (# related targets/# word targets).

2

Right visual field/left hemisphere.

3

Left visual field/right hemisphere.

4

Significant effect according to priming measure (response time unrelated – response time related prime–target pairs). Effect sizes (d=priming/standard deviation) are reported in parentheses when available.

5

s=strong, w=weak.

6

It is not quite clear whether the relevant significance test was performed, effect size not calculable.

7

No significance testing available for priming measure, therefore priming effects are reported in milliseconds.