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.