Molecular Evolution and Functional Analysis of Rubredoxin-Like Proteins in Plants
Figure 4
Expression profile of genes encoding rubredoxin in plants under abiotic stress. (a) and (b) indicate the expression profile of At5g17170 from A. thaliana under drought and salt stress, respectively. (c) and (d) show the expression profiles of ARALYDRAFT_488578 from A. lyrata under drought and salt stress. (e) and (f) show the expression patterns of Os08g0162600 from O. sativa under drought and salt stress. (g) and (h) show the abundance of GRMZM2G079759 in Z. mays under drought and salt stress. The horizontal axis indicates the accession number of samples in (a)–(h), while the vertical axis indicates the profile value of genes in corresponding samples with corresponding platforms from (a) to (h). (i) Heatmap of probes that are homologous to EUTSA_v10014045mg in E. salsugineum. (j) Statistics resulting from the DEG analysis with GEO2R for the corresponding probe. The horizontal axis indicates groups, the left vertical axis shows the p values for the DEG analysis, and the right vertical axis indicates the log (FC) of the DEG analysis.