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Figure 3: Bayesian Tree of Clessinia and Spixia Species Based on a 992 Bp Multilocus Dataset (COI and 16s-rRNA).
doi 10.7717/peerj.5986/fig-3
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Figure 4: Bayesian Tree of Clessinia and Spixia Species Based on the Partial COI Gene.
Figure 3: Multi-Locus Maximum-Likelihood Tree of the Genus Typhlocaris, Based on Combined 12S rRNA + 16S rRNA + COI + 18S rRNA + 28S rRNA + ITS + H3 Genes (Total 7,761 Bp).
Supplemental Information 2: Bayesian Tree of Clessinia and Spixia Species Based on the Nuclear 5.8s-Its2-28s Region.
Table 6: Genetic Distances in COI Sequences Among Clessinia and Spixia Species.
Table 3: Polymorphic Positions Based on a 822 Bp DNA Fragment of the 5.8s-Its2-28s Region for Clessinia and Spixia Species.
Figure 7: Bayesian Phylogenetic Tree Based on COI Sequences.
Figure 2: Phylogenetic BI Tree of Micryletta Reconstructed on the Base of 947 Bp of 16S rRNA Gene.
Figure S1: Bayesian Inference Tree Based on a 401-Bp Fragment of the Cytochrome B Gene From Species of Trinomys
Figure S8: Phylogeny of Hippoboscidae Based on 16S rRNA
