Additional file 1 of Fat-rich diet promotes microbiome-dependent ATP synthesis in sheep model

Additional file 1: Table S1 Ingredient and nutrient composition of the experimental diets. Table S2 Sequencing data of the 59 GIT samples among the three regions of lambs. Table S3 Regional differences in microbial taxa at the phylum level among three GIT regions in sheep fed carbohydrate-rich diet or far-rich diet. Table S4 Regional differences in microbial taxa at the genus level among three GIT regions in sheep fed carbohydrate-rich diet or far-rich diet. Table S5 Key features of Co-occurrence network at genus level (> 0.1%) among three gastrointestinal regions of sheep fed the carbohydrate-rich (CR group) and fat-rich diet (FR group). Table S6 Regional differences in KEGG pathway level 2 among the three GIT regions in sheep fed carbohydrate-rich diet or far-rich diet. Table S7 Differences in rumen microbiome metabolic pathways at KEGG level 3 in sheep fed carbohydrate-rich diet or far-rich diet. Table S8 The comparison of microbial genes related to rumen carbonhydrate metabolism of sheep fed carbohydrate-rich diet or far-rich diet. Table S9 Differences in ileal microbiome pathways at KEGG level 3 in sheep fed carbohydrate-rich diet or far-rich diet.

附加文件1：
表S1 试验日粮的原料与营养成分组成
表S2 羔羊三个胃肠道（gastrointestinal tract, GIT）区域的59份样本测序数据
表S3 饲喂高碳水化合物日粮或高脂肪日粮的绵羊，其三胃肠道区域间微生物类群的门水平区域差异
表S4 饲喂高碳水化合物日粮或高脂肪日粮的绵羊，其三胃肠道区域间微生物类群的属水平区域差异
表S5 饲喂高碳水化合物日粮（CR组）与高脂肪日粮（FR组）的绵羊，其三胃肠道区域间属水平（相对丰度>0.1%）微生物共现网络的关键特征
表S6 饲喂高碳水化合物日粮或高脂肪日粮的绵羊，其三胃肠道区域间京都基因与基因组百科全书（KEGG）通路二级水平的区域差异
表S7 饲喂高碳水化合物日粮或高脂肪日粮的绵羊，其瘤胃微生物组代谢通路的京都基因与基因组百科全书（KEGG）三级水平差异
表S8 饲喂高碳水化合物日粮或高脂肪日粮的绵羊，其瘤胃碳水化合物代谢相关微生物基因的对比分析
表S9 饲喂高碳水化合物日粮或高脂肪日粮的绵羊，其回肠微生物组通路的京都基因与基因组百科全书（KEGG）三级水平差异