Project description:In this study, microbial communities from triplicate leach-bed anaerobic bioreactors digesting grass were analysed. Each reactor comprised two microbial fractions, one immobilized on grass (biofilm) and the other in a planktonic state present in the leachate. Microbial communities from the two fractions were systematically investigated for community composition and function. This was carried out using DNA, RNA and protein co-extraction. The microbial structure of each fraction was examined using 16S rRNA deep sequencing, while the active members of the consortia were identified using the same approach on cDNA generated from co-extracted RNA samples. Microbial function was investigated using a metaproteomic workflow combining SDS-PAGE and LC-MS/MS analysis.
Project description:We reported the microbial communities in wastewater between conventional membrane bioreactor (MBR) system and biofilm MBR system using Illumina sequencing.
Project description:Switchgrass degrading microbial communities from high solid loading bioreactors in New Hampshire, USA - 3_6_20_6_A3 metaG metagenome
Project description:Switchgrass degrading microbial communities from high solid loading bioreactors in New Hampshire, USA - 5_19_20_110_A1 metaG metagenome
Project description:Switchgrass degrading microbial communities from high solid loading bioreactors in New Hampshire, USA - 16_60_3.3_214_A3 metaG metagenome
Project description:Switchgrass degrading microbial communities from high solid loading bioreactors in New Hampshire, USA - 12_48_3.3_201_A2 metaG metagenome
Project description:Switchgrass degrading microbial communities from high solid loading bioreactors in New Hampshire, USA - 6_20_20_110_A2 metaG metagenome
Project description:Switchgrass degrading microbial communities from high solid loading bioreactors in New Hampshire, USA - 10_41_5_180_A2 metaG metagenome
Project description:Switchgrass degrading microbial communities from high solid loading bioreactors in New Hampshire, USA - 1_4_20_6_A1 metaG metagenome