Add to ORKGResults of mathematical modeling and whole cell 16S ribosomal RNA-targeted fluorescence in situ hybridizations challenge the widely held perception that microbial populations in steady-state activated sludge systems share a common net growth rate that is proportional to the inverse of the mean cell residence time. Our results are significant because they encourage bioprocess engineers to appreciate the differences in growth physiology among individual microbial populations in complex mixed microbial communities such as suspended growth activated sludge bioreactor systems
Analyses based on ribosomal RNA (rRNA)-targeted hybridization performed in our laboratory identified...
The microbial population in a laboratory activated sludge reactor was monitored for 245 d at 75 time...
Solids Retention Time (SRT) is an important design parameter in activated sludge wastewater treatmen...
Aerobic batch reactors are often used to estimate the maximum specific growth rates of bacteria in w...
Accurate estimates of microbial population concentrations and the direct, in situ determination of k...
Conventional activated sludge systems require bacteria to grow to avoid washout through decay and ro...
The activated sludge comprises a complex microbiological community. The structure (what types of mic...
Understanding ecosystem response to disturbances and identifying the most critical traits for the ma...
A remaining challenge within microbial ecology is to understand the determinants of richness and div...
BACKGROUND: Biological activated sludge process must be functionally stable to continuously remove c...
Recently, Cangelosi and Brabant used oligonucleotide probes targeting the precursor 16S rRNA of Esch...
A thorough understanding of microbial dynamics in activated sludge treatment is currently unrealized...
Microbial aggregation was investigated in this study using the activated sludge process as a model s...
<div><p>Background</p><p>Biological activated sludge process must be functionally stable to continuo...
Abstract Background Ubiquitous in natural and engineered ecosystems, microbial immigration is one of...
Analyses based on ribosomal RNA (rRNA)-targeted hybridization performed in our laboratory identified...
The microbial population in a laboratory activated sludge reactor was monitored for 245 d at 75 time...
Solids Retention Time (SRT) is an important design parameter in activated sludge wastewater treatmen...
Aerobic batch reactors are often used to estimate the maximum specific growth rates of bacteria in w...
Accurate estimates of microbial population concentrations and the direct, in situ determination of k...
Conventional activated sludge systems require bacteria to grow to avoid washout through decay and ro...
The activated sludge comprises a complex microbiological community. The structure (what types of mic...
Understanding ecosystem response to disturbances and identifying the most critical traits for the ma...
A remaining challenge within microbial ecology is to understand the determinants of richness and div...
BACKGROUND: Biological activated sludge process must be functionally stable to continuously remove c...
Recently, Cangelosi and Brabant used oligonucleotide probes targeting the precursor 16S rRNA of Esch...
A thorough understanding of microbial dynamics in activated sludge treatment is currently unrealized...
Microbial aggregation was investigated in this study using the activated sludge process as a model s...
<div><p>Background</p><p>Biological activated sludge process must be functionally stable to continuo...
Abstract Background Ubiquitous in natural and engineered ecosystems, microbial immigration is one of...
Analyses based on ribosomal RNA (rRNA)-targeted hybridization performed in our laboratory identified...
The microbial population in a laboratory activated sludge reactor was monitored for 245 d at 75 time...
Solids Retention Time (SRT) is an important design parameter in activated sludge wastewater treatmen...