Additional file 3 of Comparative analysis of rumen metagenomes with dietary supplementation of 3-nitrooxypropanol revealed divergent modes of action in hydrogen metabolism and reductant pathways between beef and dairy cattle

Additional file 3: Table S5. Summary of sequence data generated from rumen samples after 3-NOP supplementation. Table S6. Comparative analysis heterogeneity test results and differentially abundant rumen microbial taxa after 3-NOP supplementation based on metataxonomic analysis. Table S7. Significantly different of rumen microbial taxa in the metataxonomic analysis of beef study 1 after 3-NOP supplementation. Table S8. Significantly different of rumen microbial taxa in the metataxonomic analysis of beef study 2 after 3-NOP supplementation. Table S9. Significantly different relative abundance (%) of rumen microbial taxa in the metataxonomic analysis of beef study 2 during the recovery phase after 3-NOP supplementation. Table S10. Significantly different rumen microbial taxa in the metataxonomic analysis of dairy study 1 after 3-NOP supplementation. Table S11. Significantly different rumen microbial taxa in the metataxonomic analysis of dairy study 2 after 3-NOP supplementation. Table S12. Significantly different relative abundance (%) of rumen microbial taxa in the metagenomic analysis of beef study 1 after 3-NOP supplementation. Table S13. Significantly different relative abundance (%) of rumen microbial taxa in the metagenomic analysis of beef study 2 after 3-NOP supplementation. Table S14. Significantly different relative abundance (%) of rumen microbial taxa in the metagenomic analysis of dairy study 1 after 3-NOP supplementation. Table S15. Significantly different relative abundance (%) of rumen microbial taxa in the metagenomic analysis of dairy study 2 after 3-NOP supplementation. Table S16. Comparative analysis heterogeneity test results and differentially abundant rumen microbial taxa after 3-NOP supplementation based on metagenomic analysis. Table S17. Comparative analysis heterogeneity test results and significant differences of 3-nitrooxypropanol (3-NOP) supplementation on hydrogenases, terminal reductases, and electron transferases. Table S18. Summary of genes related to hydrogen sink and electron transferases after 3-NOP supplementation. Table S19. Summary of modules related to methane, volatile fatty acid, and nitrogen after 3-NOP supplementation. Table S20. Methyl coenzyme M reductase abundance analyzed by metagenomics after 3-NOP supplementation.