Figure S8 Steroid receptor phylogeny inferred using Bayesian ... - PLOS
HomSapCP2 PetMarCP2 HomSapCP1
Figure S8 Steroid receptor phylogeny inferred using Bayesian MCMC. Node labels show posterior probabilities (>50%).
BfER 0.88 0.51
0.88
1 1 0.97
AplCalER ThaisER NucellaER MarisaER OctVulER CrassotreatER 1
CapcapER PlatyER
0.76 1 1 0.86
HomSapERa OviAriERa MusMusERa MesAurERa 1 0.97 EubMacERa CneUniERa 1 GalGalERa 1 XenLaeERa AndJapERa 0.65 AcaSchERa MicSalERa 1 FunHetERa 0.63 OryLatERa 0.96 1 OreAurERa 0.85 HapBurERa 1 HalTenERa HalTriERa 0.98 ZoaVivERa 0.61 ParOliERa 1 OncMykERa 1 1 DanRerERa IctPunERa TetNigERa PetMarER 1 SpaAurERb 0.87 MicUndERg ParOliERb 10.86 KryMarERb 0.99 OreNilERb OryLatERb 1 SalSalERb 1 CarAurERb1 1 OncMkERb 1 AngJapERb ConMyrERb 1 HalTenERb 0.64 CarAurERb2 1 1 DanRErERb1 1 CanBarERa 0.77 IctPunERb 0.98 SusScrERb 1 HomSapERb 1 CalJacERb 0.99 0.89 MusMusERb 0.97 GalGalERb 1 0.79 EubMacERb XenTroER SqaAcaERb MyxER
0.76
1
1
BfSR
1
PetMarCR MyxGluCR AllMisPR GalGalPR HomSapPR MusMusPR 1 CneUniPR 1 0.97 XenLaePR RanDybPR LeuEriPR 1 HomSapAR 1 TaeGutAR 0.94 1 XenLaeAR RanCatAR 0.6 PagMajAR 0.7 DicLabAR 0.94 GasAcuARb 1 1 HalTriAR 0.91 HapBurAr 1 GamAffARa 1 OryLatAR 1 DanRerAR 0.85 CarAurAR 1 1 OncMykARa2 0.87 1 0.56 OncMykARb2 AngJapARb AngJapARa 0.67 GamAffAR 1 1 HapBurARb OreNilARa 1 LeuEriAR SquAcaAr 1 PetMarPR MyxGluSR GalGalGR 0.82 HomSapGR 1 0.86 SusSusGR 0.94 TupGliGR 1 1 RatNorGR CavPorGR XenLaeGR 0.91 0.93 DanRerGR PimProGR 0.6 SpaAurGR 0.91 0.71 0.86 OncMykGR HapBur2aGR OncMykGR2 HapBur1GR LeuEriGR 0.97 HomSapMR 0.98 MusMusMR 0.98 OviAriMR 1 CanFamMR 1 GalGalMR 0.99 XenLaeMR 1 0.65 OncMykMR HapBurMR LeuEriMR 0.99 0.58 0.85 1
0.99
1
1
1
DanRerER2a XenLaeERR HomSapERR1 1 1 HomSapERR2 0.98 MusMusERR2 1 DanRerERRb 1 HomSapERR3 DanRerERRg BraFloERR 1 MusMusSF1 HomSapSF1 RanRugSF1 GalGalSF1 1
1 1
1 0.98 0.72
1
HomSapRXRb DanRerRXRbeta PetMarRXR2 0.91 0.96 HomSapRXRa DanRerRXRgamma 0.66 1 HomSapRXRg XenLaeRXRgamma LocMigRXR1 BraFloRXR
2.0
1
Figure S8 Steroid receptor phylogeny inferred using Bayesian MCMC. Node labels show posterior probabilities (>50%).
BfER 0.88 0.51
0.88
1 1 0.97
AplCalER ThaisER NucellaER MarisaER OctVulER CrassotreatER 1
CapcapER PlatyER
0.76 1 1 0.86
HomSapERa OviAriERa MusMusERa MesAurERa 1 0.97 EubMacERa CneUniERa 1 GalGalERa 1 XenLaeERa AndJapERa 0.65 AcaSchERa MicSalERa 1 FunHetERa 0.63 OryLatERa 0.96 1 OreAurERa 0.85 HapBurERa 1 HalTenERa HalTriERa 0.98 ZoaVivERa 0.61 ParOliERa 1 OncMykERa 1 1 DanRerERa IctPunERa TetNigERa PetMarER 1 SpaAurERb 0.87 MicUndERg ParOliERb 10.86 KryMarERb 0.99 OreNilERb OryLatERb 1 SalSalERb 1 CarAurERb1 1 OncMkERb 1 AngJapERb ConMyrERb 1 HalTenERb 0.64 CarAurERb2 1 1 DanRErERb1 1 CanBarERa 0.77 IctPunERb 0.98 SusScrERb 1 HomSapERb 1 CalJacERb 0.99 0.89 MusMusERb 0.97 GalGalERb 1 0.79 EubMacERb XenTroER SqaAcaERb MyxER
0.76
1
1
BfSR
1
PetMarCR MyxGluCR AllMisPR GalGalPR HomSapPR MusMusPR 1 CneUniPR 1 0.97 XenLaePR RanDybPR LeuEriPR 1 HomSapAR 1 TaeGutAR 0.94 1 XenLaeAR RanCatAR 0.6 PagMajAR 0.7 DicLabAR 0.94 GasAcuARb 1 1 HalTriAR 0.91 HapBurAr 1 GamAffARa 1 OryLatAR 1 DanRerAR 0.85 CarAurAR 1 1 OncMykARa2 0.87 1 0.56 OncMykARb2 AngJapARb AngJapARa 0.67 GamAffAR 1 1 HapBurARb OreNilARa 1 LeuEriAR SquAcaAr 1 PetMarPR MyxGluSR GalGalGR 0.82 HomSapGR 1 0.86 SusSusGR 0.94 TupGliGR 1 1 RatNorGR CavPorGR XenLaeGR 0.91 0.93 DanRerGR PimProGR 0.6 SpaAurGR 0.91 0.71 0.86 OncMykGR HapBur2aGR OncMykGR2 HapBur1GR LeuEriGR 0.97 HomSapMR 0.98 MusMusMR 0.98 OviAriMR 1 CanFamMR 1 GalGalMR 0.99 XenLaeMR 1 0.65 OncMykMR HapBurMR LeuEriMR 0.99 0.58 0.85 1
0.99
1
1
1
DanRerER2a XenLaeERR HomSapERR1 1 1 HomSapERR2 0.98 MusMusERR2 1 DanRerERRb 1 HomSapERR3 DanRerERRg BraFloERR 1 MusMusSF1 HomSapSF1 RanRugSF1 GalGalSF1 1
1 1
1 0.98 0.72
1
HomSapRXRb DanRerRXRbeta PetMarRXR2 0.91 0.96 HomSapRXRa DanRerRXRgamma 0.66 1 HomSapRXRg XenLaeRXRgamma LocMigRXR1 BraFloRXR
2.0
1
