The maximum likelihood tree inferred from "NEO_alignment.fas", using CodonPhyML. We used the GY model with four categories of non-synonymous/synonymous substitution rate ratios drawn from the discrete gamma distribution, and codon frequencies were estimated from the data under the F3X4 model. The tree topology search was done using the NNI approach, and branch support was estimated using the SH-like aLRT method. Alphanumeric codes following species names are the four-letter 1KP transcriptome identifiers, Genbank accessions or both
The maximum likelihood tree inferred from "PHOT_alignment.fas", using Garli with genthreshfortopoter...
The maximum likelihood bootstrapping trees from "PHY_alignment.fas" (translated into amino acids), u...
The 50% majority consensus tree from MrBayes run (25% of the total generations were discarded as bur...
The maximum likelihood tree inferred from "NEO_alignment.fas", using CodonPhyML. We used the GY mode...
The maximum likelihood tree inferred from "PHY_alignment.fas", using CodonPhyML. We used the GY mode...
The maximum likelihood tree inferred from "PHOT_alignment.fas", using CodonPhyML. We used the GY mod...
The 50% majority consensus tree from MrBayes run (25% of the total generations were discarded as bur...
The maximum likelihood tree inferred from "NEO_alignment.fas", using Garli with genthreshfortopoterm...
The maximum likelihood tree inferred from "PHOT_alignment.fas", using nhPhyML. The analysis was carr...
The maximum likelihood tree inferred from "NEO_alignment.fas" (first and second codon excluded), usi...
The maximum likelihood tree inferred from "NEO_alignment.fas" (third codon excluded), using Garli wi...
The maximum likelihood bootstrapping trees from "NEO_alignment.fas", using RAxML (1000 replicates). ...
The maximum likelihood bootstrapping trees from "PHOT_alignment.fas", using nhPhyML (1000 replicates...
The maximum likelihood bootstrapping trees from "NEO_alignment.fas", using RAxML (1000 replicates; t...
The maximum likelihood bootstrapping trees from "NEO_alignment.fas", using RAxML (1000 replicates; f...
The maximum likelihood tree inferred from "PHOT_alignment.fas", using Garli with genthreshfortopoter...
The maximum likelihood bootstrapping trees from "PHY_alignment.fas" (translated into amino acids), u...
The 50% majority consensus tree from MrBayes run (25% of the total generations were discarded as bur...
The maximum likelihood tree inferred from "NEO_alignment.fas", using CodonPhyML. We used the GY mode...
The maximum likelihood tree inferred from "PHY_alignment.fas", using CodonPhyML. We used the GY mode...
The maximum likelihood tree inferred from "PHOT_alignment.fas", using CodonPhyML. We used the GY mod...
The 50% majority consensus tree from MrBayes run (25% of the total generations were discarded as bur...
The maximum likelihood tree inferred from "NEO_alignment.fas", using Garli with genthreshfortopoterm...
The maximum likelihood tree inferred from "PHOT_alignment.fas", using nhPhyML. The analysis was carr...
The maximum likelihood tree inferred from "NEO_alignment.fas" (first and second codon excluded), usi...
The maximum likelihood tree inferred from "NEO_alignment.fas" (third codon excluded), using Garli wi...
The maximum likelihood bootstrapping trees from "NEO_alignment.fas", using RAxML (1000 replicates). ...
The maximum likelihood bootstrapping trees from "PHOT_alignment.fas", using nhPhyML (1000 replicates...
The maximum likelihood bootstrapping trees from "NEO_alignment.fas", using RAxML (1000 replicates; t...
The maximum likelihood bootstrapping trees from "NEO_alignment.fas", using RAxML (1000 replicates; f...
The maximum likelihood tree inferred from "PHOT_alignment.fas", using Garli with genthreshfortopoter...
The maximum likelihood bootstrapping trees from "PHY_alignment.fas" (translated into amino acids), u...
The 50% majority consensus tree from MrBayes run (25% of the total generations were discarded as bur...