Additional file 2 of Microbiota-mediated nitrogen fixation and microhabitat homeostasis in aerial root-mucilage

Additional file 2: Table S1. Relative content of different compounds and carbohydrates of aerial root mucilage (ARM) and underground root exudate (URE) Table S2. Fungal and bacterial OTU of different samples. Table S3. Differentially bacterial and fungal genera of rhizosphere and mucilage. Table S4. Cultured bacteria and their nitrogen-fixing capacity. Table S5. Plant nitrogen enrichment, natural abundance, nitrogencontent, length and dry weight analysis. Table S6. Results of plant genome sequencing, assembly, and annotation. Table S7. GO and KEGG enrichment of differential sample. Table S8. Candidates for follow-up experiments in mucilage compounds. Table S9. The mucilage compounds for anti-microbe activity test. Table S10. Antagonism of F-XTBG8 against different fungi and bacteria.  Table S11. Fungal genome was detected and expressed (reads FPKM>10) in different tissues of the plant. Table S12. Different metabolites analysis for monocultivation of C. raphigera (Cr) and cocultivation with environmental fungi. Table S13. Record of mucilage production and meteorological factors.

附加文件2：表S1。气生根黏液（aerial root mucilage, ARM）与地下根系分泌物（underground root exudate, URE）的各类化合物及碳水化合物相对含量。表S2。不同样本的真菌与细菌操作分类单元（Operational Taxonomic Unit, OTU）。表S3。根际与黏液中的差异细菌和真菌属。表S4。分离培养的细菌及其固氮能力。表S5。植物氮富集量、自然丰度、氮含量、株长及干重分析。表S6。植物基因组测序、组装与注释结果。表S7。差异样本的基因本体（Gene Ontology, GO）与京都基因与基因组百科全书（Kyoto Encyclopedia of Genes and Genomes, KEGG）富集分析结果。表S8。黏液化合物后续实验候选对象。表S9。用于抗微生物活性检测的黏液化合物。表S10。菌株F-XTBG8对不同真菌与细菌的拮抗作用。表S11。在植物不同组织中被检测到且表达（reads FPKM>10）的真菌基因组。表S12。C. raphigera (Cr) 单培养及与环境真菌共培养的差异代谢物分析。表S13。黏液产生量与气象因子记录。