Additional file 2 of Evolution of rumen and oral microbiota in calves is influenced by age and time of weaning

Additional file 2 : Table S1. Average relative abundance of RS bacterial taxa in samples of different age group calves. Table S2. Core RS bacterial OTUs in R and BS samples of different age group calves. Table S3. ANOSIM analysis between weaning groups. Table S4. Average relative abundances of RS bacterial taxa in BS samples of different weaning groups. Table S5. Average relative abundance of OS bacterial taxa in BS samples of different age group calves. Table S6. Average relative abundances of OS bacterial taxa in BS samples of different weaning groups. Table S7. Correlation matrix between bacterial alpha-diversity indices of earlyC and lateC groups and their body growth parameters. Table S8.1. Rare taxa OTUs in BS and R samples. Table S8.1. Mean, median and standard deviations of rare genus-level taxa in BS and R samples. Table S9. Mantel test statistics showing correlation between Bray-Curtis dissimilarity matrices of d140R samples and day 140 RS portion of the BS samples.

附加文件2：表S1。不同年龄组犊牛样本中RS细菌类群的平均相对丰度。表S2。不同年龄组犊牛R样本与BS样本中的核心RS细菌操作分类单元（OTU, Operational Taxonomic Unit）。表S3。断奶组间的ANOSIM分析结果。表S4。不同断奶组BS样本中RS细菌类群的平均相对丰度。表S5。不同年龄组犊牛BS样本中OS细菌类群的平均相对丰度。表S6。不同断奶组BS样本中OS细菌类群的平均相对丰度。表S7。earlyC组与lateC组的细菌α多样性指数及其体生长参数间的相关矩阵。表S8.1。BS与R样本中的稀有类群OTU。表S8.1。BS与R样本中稀有属级类群的均值、中位数及标准差。表S9。曼特尔检验（Mantel test）统计结果，展示d140R样本的布雷-柯蒂斯（Bray-Curtis）相异度矩阵与BS样本第140天RS组分之间的相关性。