Linear regression analysis between SRT and variables RAM EFR, age and threshold
| SRTSiN,HP = f(β1X1, β2X2) | Adj. | F (df1,df2) | p | |
|---|---|---|---|---|
| RAM EFR | 0.45 | F(1, 42) = 36.42 | p < .001 | |
| THA,4 kHz | 0.51 | F(1, 42) = 47.35 | <.001 | |
| THDP,4 kHz | 0.36 | F(1, 42) = 25.84 | <.001 | |
| Age | 0.58 | F(1, 42) = 59.87 | <.001 | |
| RAM EFR + THA,4 kHz | 0.60 | F(2, 41) = 33.01 | <.001 | |
| RAM EFR + THDP,4 kHz | 0.51 | F(2, 41) = 23.39 | <.001 | |
| RAM EFR * THA,4 kHz | 0.63 | F(3, 40) = 23.48 | <.001 | X1:X2 n.s. |
| RAM EFR * THDP,4 kHz | 0.50 | F(3, 40) = 15.42 | <.001 | X1:X2 n.s |
| SRTSiQ,HP = f(β1X1, β2X2) | Adj. | F (df1,df2) | p | |
| RAM EFR | 0.33 | F(1, 42) = 22.33 | p < .001 | |
| THA,4 kHz | 0.76 | F(1, 42) = 134.1 | <.001 | |
| THDP,4 kHz | 0.51 | F(1, 42) = 46.21 | <.001 | |
| Age | 0.54 | F(1, 42) = 52.41 | <.001 | |
| RAM EFR + THA,4 kHz | 0.75 | F(2, 41) = 66.95 | <.001 | |
| RAM EFR + THDP,4 kHz | 0.54 | F(2, 41) = 26.3 | <.001 | |
| RAM EFR * THA,4 kHz | 0.77 | F(3, 40) = 48.66 | <.001 | X1:X2 n.s. |
| RAM EFR * THDP,4 kHz | 0.53 | F(3, 40) = 17.44 | <.001 | X1:X2 n.s |
Linear regression models for SRTHP in noise (SiN) and quiet (SiQ) conducted for the entire cohort.