Additional file 2: of Understanding the microbial basis of body odor in pre-pubescent children and teenagers

Table S2. Odor assessment and metagenomic sequencing data for all samples in this study. Table S5. GC-olfactometry of pooled sweat collected from children and teenagers. Table S6. Detected MetaCyc pathways that were found to be associated with malodor based on pathway abudance values from HUMAnN2. No significant association were detected for the head region. Table S7. Key pathways associated wth malodor production and their taxonomic contributors. Table S8. Information on how samples were distributed in library preparation and sequencing batches to avoid batch effects. Table S9. Reads mapped (%) to UniRef90 gene families and MetaCyc pathways. (ZIP 92 kb)

表S2. 本研究所有样本的气味评估与宏基因组测序数据。表S5. 儿童与青少年混合汗液的气相色谱-嗅探分析法（GC-olfactometry）检测结果。表S6. 基于HUMAnN2的代谢途径丰度值，筛选得到与恶臭相关的已注释MetaCyc（MetaCyc）代谢途径；头部区域未检测到显著相关性。表S7. 与恶臭产生相关的关键代谢途径及其所属微生物类群贡献。表S8. 为避免批次效应，样本在文库制备与测序批次中的分配方案信息。表S9. 比对至UniRef90（UniRef90）基因家族与MetaCyc代谢途径的测序读段比对占比（%）。（压缩包，92 KB）