In contrast, a large number of previously associated genes were shown to be disorder-specific.
All inserted genes were shown to be genetically stable after repeated passage in cell culture.
In contrast, 25 and 102 genes were shown down-regulation in gills and hemocytes, respectively.
The two newly evolved genes were shown in blue (Figure 3).
The three evolutionary stages of the OsOPT genes were shown with three colors in Figure 3.
The four newly evolved genes were shown in red (Figure 3).
The two newly evolved genes were shown in green (Figure 3).
Many protease genes were shown previously to be induced during parasitism, including one predicted to encode an aspartic protease, which was cloned and analyzed in this study.
Thus, protein or rRNA – coding genes were shown not to be informative enough in studying genetic diversity of B. miyamotoi within a type.
For blast resistance, nine genes were shown to provide resistance to more than one isolate, including RBBI2-3 and Pi21 that also show elevated quantitative effects (Table 1).
The accession numbers of the cloned catabolic genes were shown in Additional file 1: Table S1 and also shown in the related figures.
