Additional file 2 of Profiling the role of microorganisms in quality improvement of the aged flue-cured tobacco

Additional file 2: Table A1. Summary of differential compounds of UAFT and AFT. Table A2. V3-V4 16S rRNA sequence reads of microbiome in UAFT and AFT. Table A3. ITS1 sequence reads of microbiome in UAFT and AFT. Table A4. Alpha diversity of bacterial flora. Table A5. Alpha diversity of fungal flora. Table A6. Composition of bacterial metabolic pathways based on the first-level and second-level functions in the MetaCyc. Table A7. Composition of fungal metabolic pathways based on the first-level and second-level functions in the MetaCyc. Table A8. the taxonomic compositions and difference analysis of microbial community. Table A9. Summary of differential compounds of bioaugmentation with F4 and control group.

附加文件2：表A1 UAFT与AFT两组的差异化合物汇总。表A2 UAFT与AFT两组微生物组的V3-V4区16S核糖体RNA（16S rRNA）测序读段数据。表A3 UAFT与AFT两组微生物组的内转录间隔区1（ITS1）测序读段数据。表A4 细菌菌群的α多样性数据。表A5 真菌菌群的α多样性数据。表A6 基于MetaCyc数据库的一级与二级功能注释的细菌代谢通路组成。表A7 基于MetaCyc数据库的一级与二级功能注释的真菌代谢通路组成。表A8 微生物群落的分类组成及差异分析结果。表A9 F4菌株生物强化组与对照组的差异化合物汇总。