Table 3. Hierarchical multiple regression analyses using empathy and inhibition index scores by type of facial stimulus (measured at time 1) to prospectively predict the quality of participants’ social functioning at the six-month follow-up.
Type of facial stimulus | |||||||
---|---|---|---|---|---|---|---|
Angry | Sad | Happy | |||||
Predictor | ΔR 2 | b | ΔR 2 | b | ΔR 2 | b | |
Step 1 | .147 | 147 | 147 | ||||
Neuroticism | .017 | .014 | .015 | ||||
Lifetime Diagnosis | 1.11 | 1.31* | 1.58* | ||||
Step 2 | .019 | .050 | .156 | ||||
EQ | .019 | .014 | .050 | ||||
PR | -2.60 | 4.84 | 2.81 | ||||
G | .587 | .773 | .210 | ||||
Step 3 | .036 | .011 | .042 | ||||
EQ X PR | -.354 | -.180 | -.346 | ||||
EQ X G | .161 | -.159 | .337 | ||||
Total R2 | .202 | .208 | .345 |
Note. Because predictor variables failed to account for change in participants’ social functioning scores over the two assessment periods (see Table 2 for multilevel analyses), hierarchical multiple regression was used to prospectively predict social functioning at the six-month follow-up from time 1 inhibition and empathy scores.
EQ = empathy quotient; PR = personally-relevant; G = generic.
* p < .05