Additional file 2 of Integrated single-molecule real-time sequencing and RNA sequencing reveal the molecular mechanisms of salt tolerance in a novel synthesized polyploid genetic bridge between maize and its wild relatives

Additional file 2: Table S1. SMRT sequences summary. Table S2. Statistics of unigenes unmapped to maize. Table S3. Functional annotation of unigenes unmapped to maize. Table S4. Orthologous groups in nine grass species according to maize (Mo17 and B73)-MTP-T. dactyloides ortholog relationships. Table S5. Statistics of orthologous gene set between MTP and nine grass species. Table S6. Summary statistics of RNA sequencing data. Table S7. Comparison of copy numbers of gene families in MTP that are involved in salt-saline tolerance with other species. Table S8. Expression patterns of genes in MTP that are involved in salt-saline tolerance.附加文件2： 表S1. SMRT序列汇总 表S2. 未比对至玉米的单基因（unigenes）统计 表S3. 未比对至玉米的单基因的功能注释 表S4. 基于玉米（Mo17和B73）-MTP-T. dactyloides同源关系的9个禾本科物种直系同源基因簇 表S5. MTP与9个禾本科物种间的直系同源基因集统计 表S6. RNA测序（RNA Sequencing）数据汇总统计 表S7. MTP中参与盐胁迫耐受性的基因家族拷贝数与其他物种的对比分析 表S8. MTP中参与盐胁迫耐受性的基因的表达模式