Additional file 2 of High-resolution time-series transcriptomic and metabolomic profiling reveals the regulatory mechanism underlying salt tolerance in maize

Additional file 2: Table S1. Phenotype divergence between HLZY and JI853 under salt. Table S2. Time-series expression profiles. Table S3. SSET genes identified by likelihood ratio test in HLZY and JI853. Table S4. DEAT genes identified by Wald-test in HLZY and JI853. Table S5. GO enrichment of DEAT genes at each time point in HLZY and JI853. Table S6. Ratio cluster of 5331 SSET genes. Table S7. Well-known stress responsive genes in Cluster 4. Table S8. Normalized intensities of 310 metabolites. Table S9. Gene-metabolite network constructed by LASSO-based decision algorithm. Table S10. RNA sequencing of gln2 mutants and WT plants under CK and salt conditions. Table S11. Metabolic change in gln2 mutant and WT plants under CK and salt conditions. Table S12. Primers in this study.

附加文件2：表S1 HLZY与JI853在盐胁迫下的表型分化；表S2 时序表达谱；表S3 通过似然比检验在HLZY与JI853中鉴定的SSET基因；表S4 通过沃尔德检验（Wald-test）在HLZY与JI853中鉴定的DEAT基因；表S5 HLZY与JI853各时间点下DEAT基因的基因本体（GO, Gene Ontology）富集结果；表S6 5331个SSET基因的比例聚类结果；表S7 第4聚类簇中的已知胁迫响应基因；表S8 310种代谢物的归一化强度数据；表S9 基于LASSO（最小绝对收缩和选择算子，Least Absolute Shrinkage and Selection Operator）决策算法构建的基因-代谢物调控网络；表S10 对照（CK, Control）与盐胁迫条件下gln2突变体与野生型（WT, Wild Type）植株的转录组测序数据；表S11 对照与盐胁迫条件下gln2突变体与野生型植株的代谢组变化数据；表S12 本研究所用引物