Titlebook: Engineering Granular Microbiomes; Bacterial Resource M David Gregory Weissbrodt Book 2024 Springer Nature Switzerland AG 2024 Aerobic Granu

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,Granular Sludge—State of the Art,tors. Fundamental processes of bioaggregation need to get uncovered in relation to microbial selection and process performances. Deriving microbial ecology principles is important to understand the composition and functioning of the granular sludge ecosystem, and to manage the microbial resource for

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PyroTRF-ID: A Bioinformatics Methodology for Profiling Microbiomes with T-RLFP and Amplicon Sequencicrobial selection mechanisms in granular sludge. PyroTRF-ID generates digital T-RFLP profiles from 16S rRNA gene amplicon sequencing datasets, and match them to experimental ones for associating T-RFs to bacterial taxa. The workflow was developed and tested with data collected from both granular sl

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Multilevel Correlations in the Metabolism of Polyphosphate-Accumulating Organisms,ntracellular polyphosphate to take up organics under anaerobic conditions. The orthophosphate release is traceable with conductivity. The biomass-specific maximum rate of conductivity evolution measured and modelled with PHREEQC in anaerobic metabolic batch tests and the polyphosphatase activity of

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Microbial Selection During Granulation of Activated Sludge Under Wash-Out Dynamics,the OMR-WWTP, or when reactors were operated at 30?°C. Fast-settling dense granules were obtained with 4.0?cm?s. SAV, or when the inoculation sludge was taken from the BNR-WWTP, or under anaerobic feeding at 20?°C. However, among all C-N-P nutrients supplied, only acetate was removed during start-up