MOESM2 of Transcriptome of pleuropodia from locust embryos supports that these organs produce enzymes enabling the larva to hatch

Additional file 2: Table S1. Embryonic transcriptome of S. gregaria: numbers of sequenced reads and assembled transcripts. Table S2. RNA-seq expression analysis: numbers of sequenced and mapped reads. Table S3. Number of differentially expressed genes at selected levels of stringency. Table S4. Differential expression of genes, whose expression dynamics in the early stages of pleuropodia development is known. Table S5. Comparison between differential expression of selected genes obtained by RNA-seq and real-time RT-PCR. Table S6. GOs enriched in the downregulated DEGs from the highly secreting pleuropodia (joined sample 10, 11 and 12 days). Table S7. GOs enriched in the upregulated DEGs from the highly secreting pleuropodia (joined sample 10, 11 and 12 days). Table S8. GOs enriched in the downregulated DEGs from each developmental stage . Table S9. GOs enriched in the upregulated DEGs from each developmental stage. Table S10. Genes for core transporters expressed in the pleuropodia. Table S11. S. gregaria genes for proteins with GO “proteolysis” that were upregulated in the highly secreting pleuropodia. Table S12. Differential gene expression of S. gregaria homologs (or close relatives) of known genes for MF proteases in the highly secreting pleuropodia. Table S13. Immunity-related proteins expressed in the highly secreting pleuropodia. Table S14. Genes for lysozymes identified in the S. gregaria embryonic transcriptome. Table S15. Genes for ecdysone biosynthesis enzymes identified in the S. gregaria embryonic transcriptome. Table S16. RNA-seq differential gene expression of S. gregaria ecdysone biosynthesis enzymes in the pleuropodia at diverse stages. Table S17. S. gregaria genes with GO terms “hormone biosynthetic process” upregulated in the highly secreting pleuropodia. Table S18. Sequences of primers.