Metagenomic analysis reveals a dynamic microbiome with diversified adaptive functions to utilize high lignocellulosic forages in the cattle rumen

Earth & Environmental Sciences

• forage 72%
• cattle 67%
• digestion 64%
• gene 50%
• genome 41%
• fermentation 40%
• substrate 30%
• degradation 28%
• ruminant 28%
• material 27%
• genomics 22%
• colonization 20%
• fatty acid 20%
• greenhouse gas emissions 19%
• diet 19%
• analysis 17%
• polymer 17%
• bacterium 14%
• biomass 13%
• product 10%

Medicine & Life Sciences

• Rumen 100%
• Metagenomics 82%
• Microbiota 66%
• Cattle 53%
• Digestion 22%
• Volatile Fatty Acids 21%
• Fermentation 17%
• Greenhouse Gases 14%
• Metagenome 11%
• Genome 11%
• Firmicutes 11%
• Ruminants 10%
• Biomass 10%
• Archaea 10%
• Genes 10%
• Polymers 7%
• Diet 5%
• Bacteria 5%

Agriculture & Biology

• microbiome 64%
• rumen 59%
• forage 50%
• cattle 40%
• digestion 21%
• evolutionary adaptation 12%
• degradation 11%
• Firmicutes 10%
• greenhouse gas emissions 10%
• short chain fatty acids 10%
• genome 10%
• rumen fermentation 10%
• volatile fatty acids 10%
• Archaea 9%
• genes 9%
• ruminants 8%
• polymers 7%
• fermentation 6%
• genomics 6%
• biomass 5%
• bacteria 5%