9 1.0 ENSGACT00000004634 Number of chases 9 0.9 ENSGACT00000004634 Time chasing NFASC 11 -0.9 ENSGACT00000006262 Time chasing EIF5 11 -1.0 ENSGACT00000006262 Number of chases‡ EIF5 14 0.9 ENSGACT00000007021 Bites ENY2 16 -1.0 ENSGACT00000008304 Latency‡ SQRDL 16 0.9 ENSGACT00000008304 Bites 17 -1.0 ENSGACT00000008740 Number of chases‡ PRL 17 -0.9 ENSGACT00000008740 Time chasing PRL 20 0.975 ENSGACT00000009881 Novel Number of orients 20 0.9 ENSGACT00000009881 Novel Number of chases Table S10. Aggressive behaviour was more tightly correlated with the top 20 differentially expressed genes in each brain region than with genes in the rest of the genome. Shown are the mean Spearman correlation coefficients between the top 20 genes in each region and each behaviour, as well as the lower and upper 95% confidence intervals surrounding the expected correlation based on the mean
9 Number of chases 1.0 ENSGACT00000004634 9 Time chasing 0.9 ENSGACT00000004634 NFASC 11 Time chasing -0.9 ENSGACT00000006262 EIF5 11 Number of chases‡ -1.0 ENSGACT00000006262 EIF5 14 Bites 0.9 ENSGACT00000007021 ENY2 16 Latency‡ -1.0 ENSGACT00000008304 SQRDL 16 Bites 0.9 ENSGACT00000008304 17 Number of chases‡ -1.0 ENSGACT00000008740 PRL 17 Time chasing -0.9 ENSGACT00000008740 PRL 20 Number of orients 0.975 ENSGACT00000009881 Novel 20 Number of chases 0.9 ENSGACT00000009881 Novel Table S10. Aggressive behaviour was more tightly correlated with the top 20 differentially expressed genes in each brain region than with genes in the rest of the genome. Shown are the mean Spearman correlation coefficients between the top 20 genes in each region and each behaviour, as well as the lower and upper 95% confidence intervals surrounding the expected correlation based on the mean