Figure S1. The 19-mer depth distribution for genome size estimation analysis of Riptortus pedestris.
Figure S2. BUSCO analyses of assembled genome. The assembled genome was subjected to BUSCO analyses against insect, arthropod, metazoan, and eukaryote datasets. C, complete BUSCOs; S, complete and single-copy BUSCOs; D, complete and duplicated BUSCOs, F: fragmented BUSCOs, M: missing BUSCOs.
Figure S3. The chromosomes synteny of S. marcescens Db11 and S. marcescens Rip1. The location of a gene in two genomes were determined. Each dot represents a gene.
Figure S4. BUSCO analyses of predicted genes. The predicted genes were subjected to BUSCO analyses against insect, arthropod, metazoan, and eukaryote datasets. C, complete BUSCOs; S, complete and single-copy BUSCOs; D, complete and duplicated BUSCOs, F: fragmented BUSCOs, M: missing BUSCOs.
Figure S5.Venn diagram of annotated genes in Riptortus pedestris genome. Genes annotated by NCBI Nr, Swiss-Prot, KOG, KEGG, and GO databases were shown.
Figure S6. KOG function classification of predicted genes in Riptortus pedestris genome.
Figure S7. GO analysis of predicted genes in Riptortus pedestrisgenome.