Time 2 rA = .89 (.63 - 1) rA = .98 (.78 - 1) rA = .73 / DEP rE = .05 (-.09 - rE = .22 (.09 - / .19) .35) rE = .40 (.27 - .52) Standardized additive genetic and nonshared environmental influences on the phenotypes and their associations Time 1 A = .35 (.25 - INS .45) E = .65 (.55 - .75) Time 1 A = .61 (.45 - A = .41 (.31 - DEP .75) .50) E = .39 (.25 - E = .59 (.50 - .54) .69) Time 2 A = .72 (.54 - A = .80 (.56 - A = .37 (.23 - INS .88) 1.04) .50) E = .28 (.12 - E = .20 (-.04 - E = .63 (.51 - .46) .44) .77) Time 2 A = .90 (.63 - A = .73 (.54 - A = .50 (.28 - A = .33 (.20 - DEP 1.18) .89) .69) .47) E = .10 (-.18 - E = .27 (.11 - E = .50 (.31 - E = .67 (.53 - .37) .46) .72) .80) rA = genetic correlation; rE = non-shared environmental correlation; A = additive genetics; E = Note. non-shared environmental influences. 95% confidence intervals not spanning zero indicate significance at the p<.05 level. The shaded cells of the lower part of the table represent within-trait standardized
Time 2 DEP rA = .89 (.63 - 1) rE = .05 (-.09 - .19) rA = .98 (.78 - 1) rE = .22 (.09 - .35) rA = .73 rE = .40 (.27 - .52) / / Standardized additive genetic and nonshared environmental influences on the phenotypes and their associations Time 1 INS A = .35 (.25 - .45) E = .65 (.55 - .75) Time 1 DEP A = .61 (.45 - .75) E = .39 (.25 - .54) A = .41 (.31 - .50) E = .59 (.50 - .69) Time 2 INS A = .72 (.54 - .88) E = .28 (.12 - .46) A = .80 (.56 - 1.04) E = .20 (-.04 - .44) A = .37 (.23 - .50) E = .63 (.51 - .77) Time 2 DEP A = .90 (.63 - 1.18) E = .10 (-.18 - .37) A = .73 (.54 - .89) E = .27 (.11 - .46) A = .50 (.28 - .69) E = .50 (.31 - .72) A = .33 (.20 - .47) E = .67 (.53 - .80) Note. rA = genetic correlation; rE = non-shared environmental correlation; A = additive genetics; E = non-shared environmental influences. 95% confidence intervals not spanning zero indicate significance at the p<.05 level. The shaded cells of the lower part of the table represent within-trait standardized