Pyrosequencing Reveals High-Temperature Cellulolytic Microbial Consortia in Great Boiling Spring after In Situ Lignocellulose Enrichment

Keyphrases

• Lignocellulose 100%
• Microbial Consortium 100%
• High Temperature 100%
• In Situ 100%
• Pyrosequencing 100%
• Cellulolytic 100%
• Lignocellulosic Substrates 50%
• Hydrogenotrophic 50%
• Pyrotags 50%
• Microbial Community 25%
• Corn Stover 25%
• Aspen Plus 25%
• Close Relatives 25%
• Natural Degradation 25%
• Water Column 25%
• 16S rRNA Gene 25%
• Community Composition 25%
• Pure Culture 25%
• Natural Samples 25%
• Thermophiles 25%
• Archaeal 25%
• Shaving 25%
• Nevada 25%
• Cellulolysis 25%
• Substrate Composition 25%
• Bacterial Phyla 25%
• Sediment Column 25%
• Hemicellulolytic 25%
• Dictyoglomus 25%
• Thermotoga 25%
• Ammonia Fiber Explosion 25%
• Thermodesulfobacteria 25%

Immunology and Microbiology

• Lineages 100%
• Thermophile 100%
• Pyrosequencing 100%
• Bacterial Phyla 100%
• Microbial Consortium 100%
• RNA Gene 100%
• Populus 100%
• Thermotoga 100%
• Dictyoglomus 100%
• Desulfurococcales 100%
• Archaeoglobales 100%

Agricultural and Biological Sciences

• Spring 100%
• Boiling 100%
• Lignocellulose 100%
• Pyrosequencing 100%
• Microbial Consortium 100%
• Thermodesulfobacterium 50%
• Lineages 50%
• Microbial Community 50%
• Phylotype 50%
• Thermotoga 50%
• Dictyoglomus 50%
• Desulfurococcales 50%
• Populus 50%
• Archaeoglobales 50%
• Corn Stover 50%
• Purity 50%
• Ribosomal RNA 50%