Complete ML phylogenetic tree reconstructed using the NSP6 dataset. ML bootstrap (BPML)/Bayesian posterior probabilities supports are given for nodes with BPML above 50%. Red, orange, blue and green represent Myxozoa, Polypodium, Medusozoa, and Anthozoa respectively. The original H. vulgaris (syn. H. magnipapillata) protein appears in bold. The tree was rooted with distant animal and cnidarian sequence with an E-value below 1E-05. (PDF 28Â kb
BACKGROUND: In trying to understand the evolutionary relationships of organisms, the current flood o...
Fig. 9. COI maximum likelihood phylogenetic tree of Pandeidae species obtained with PhyML (GTR+G+I m...
Supplemental file 1. Maximum Likelihood Tree of (pre)GNA- genes. ML tree built with all paralogs an...
Maximum likelihood phylogenetic reconstruction of nematogalectin family genes. Newly sequenced Myxob...
NSP2 protein alignment. Protein sequence alignment, in Nexus format. (NEX 15Â kb
NSP1 protein alignment. Protein sequence alignment, in Nexus format. (NEX 13Â kb
NSP6 protein alignment. Protein sequence alignment, in Nexus format. (NEX 239Â kb
BACKGROUND: In trying to understand the evolutionary relationships of organisms, the current flood o...
Comparison of preliminary results from phylogenetic reconstruction of the OF-PTP_62tx and AG_62_tx d...
Fig. 8. 16S maximum likelihood phylogenetic tree of Pandeidae species obtained with PhyML (GTR+G+I m...
NSP5 protein alignment. Protein sequence alignment, in Nexus format. (NEX 169Â kb
Exploratory phylogenetic estimation of the 47 AG_62tx partitions that had greater than three myxozoa...
The Bayesian inference tree of P. infans from cytb mitochondrial gene (1083 bp). Bayesian posterior ...
Bayesian phylogenetic analysis including P. californiensis Hox genes. Bf; Branchiostoma floridae (Ce...
The Bayesian inference tree of P. infans from coxI mitochondrial gene (631 bp). Bayesian posterior p...
BACKGROUND: In trying to understand the evolutionary relationships of organisms, the current flood o...
Fig. 9. COI maximum likelihood phylogenetic tree of Pandeidae species obtained with PhyML (GTR+G+I m...
Supplemental file 1. Maximum Likelihood Tree of (pre)GNA- genes. ML tree built with all paralogs an...
Maximum likelihood phylogenetic reconstruction of nematogalectin family genes. Newly sequenced Myxob...
NSP2 protein alignment. Protein sequence alignment, in Nexus format. (NEX 15Â kb
NSP1 protein alignment. Protein sequence alignment, in Nexus format. (NEX 13Â kb
NSP6 protein alignment. Protein sequence alignment, in Nexus format. (NEX 239Â kb
BACKGROUND: In trying to understand the evolutionary relationships of organisms, the current flood o...
Comparison of preliminary results from phylogenetic reconstruction of the OF-PTP_62tx and AG_62_tx d...
Fig. 8. 16S maximum likelihood phylogenetic tree of Pandeidae species obtained with PhyML (GTR+G+I m...
NSP5 protein alignment. Protein sequence alignment, in Nexus format. (NEX 169Â kb
Exploratory phylogenetic estimation of the 47 AG_62tx partitions that had greater than three myxozoa...
The Bayesian inference tree of P. infans from cytb mitochondrial gene (1083 bp). Bayesian posterior ...
Bayesian phylogenetic analysis including P. californiensis Hox genes. Bf; Branchiostoma floridae (Ce...
The Bayesian inference tree of P. infans from coxI mitochondrial gene (631 bp). Bayesian posterior p...
BACKGROUND: In trying to understand the evolutionary relationships of organisms, the current flood o...
Fig. 9. COI maximum likelihood phylogenetic tree of Pandeidae species obtained with PhyML (GTR+G+I m...
Supplemental file 1. Maximum Likelihood Tree of (pre)GNA- genes. ML tree built with all paralogs an...