Figure 4: Phylogenetic Tree of 81 Group III WRKY Proteins From Drumstick and Other Seven Species.

doi 10.7717/peerj.7063/fig-4

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Figure 4: Phylogenetic Tree Analysis.

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Figure 1: Phylogenetic Tree Analysis of HD-Zip Sequences From P. Mume and Other Plant Species.

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Figure 4: Phylogenetic Tree of the GSTs.

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Table 1: Full-Length WRKY Genes Identified From Drumstick Genome.

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Supplemental Information 2: Phylogenetic Tree of Full-Length Group III WRKY Genes fromArabidopsis(AtWRKY), Rice (OsWRKY), Grape (VvWRKY), Poplar (PtWRKY) and Willow (SsWRKY).

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Figure 4: Phylogenetic Relationships of Argonaute-Like Proteins.

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Figure 2: Phylogentic Relationships of MYB Proteins From Lotus and Other Species.

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Molecular Phylogenetic Analysis Reveals Seven New Diaporthe Species From Italy

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Amanote Research

Figure 4: Phylogenetic Tree of 81 Group III WRKY Proteins From Drumstick and Other Seven Species.

Full Text

Abstract

Date

Authors

Publisher

Related search

Figure 4: Phylogenetic Tree Analysis.

Figure 1: Phylogenetic Tree Analysis of HD-Zip Sequences From P. Mume and Other Plant Species.

Figure 4: Phylogenetic Tree of the GSTs.

Table 1: Full-Length WRKY Genes Identified From Drumstick Genome.

Supplemental Information 2: Phylogenetic Tree of Full-Length Group III WRKY Genes fromArabidopsis(AtWRKY), Rice (OsWRKY), Grape (VvWRKY), Poplar (PtWRKY) and Willow (SsWRKY).

Figure 4: Phylogenetic Relationships of Argonaute-Like Proteins.

Figure 2: Phylogentic Relationships of MYB Proteins From Lotus and Other Species.

Molecular Phylogenetic Analysis Reveals Seven New Diaporthe Species From Italy

Figure 3: Phylogenetic Tree ofPimoa.