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Fig. 1 | BMC Plant Biology

Fig. 1

From: The R2R3 MYB transcription factor MdMYB30 modulates plant resistance against pathogens by regulating cuticular wax biosynthesis

Fig. 1

Sequence alignment and phylogenetic analysis of MdMYB30. a Alignment of the MdMYB30 and AtMYB30 amino acid sequences. The locations of two conserved motifs are labeled with red lines. The conserved R2 and R3 domains required for DNA binding of MdMYB30 and AtMYB30 proteins. Conservation of residues across the MdMYB30 and AtMYB30 proteins is indicated by the height of each letter. Bit scores indicate information for each conserved motif in the sequence (To interpret the colors in this legend, please refer to the web version of this article). b Phylogenetic relationship analysis of the plant MYB30 proteins. Phylogenetic analysis of MdMYB30 and 12 other plants MYB30 protein sequences obtained from the NCBI database. MdMYB30 is denoted in red font, and the scale bar indicates the branch length. MdMYB30: NP_001280966 Malus domestica; PbMYB30: XP_009376268 Pyrus bretschneideri; PmMYB30: XP_008230764 Prunus mume; PaMYB30: XP_021818949 Prunus avium; PpMYB30: XP_007214856 Prunus persica; FvMYB30: XP_004304297 Fragaria vesca; ZjMYB30: XP_015879369 Ziziphus jujube; VvMYB30: XP_002283575 Vitis vinifera; CcMYB30: XP_020201925 Cajanus cajan; TaMYB30: AYK27536.1 Triticum aestivum; OsMYB30: BAT05602.1 Oryza sativa; ZmMYB30 XP_008652703.1 Zea mays; AtMYB30:NP_189533.1 Arabidopsis thaliana

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BMC Plant Biology

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