Matches in SemOpenAlex for { <https://semopenalex.org/work/W2012197885> ?p ?o ?g. }
- W2012197885 endingPage "2013" @default.
- W2012197885 startingPage "2002" @default.
- W2012197885 abstract "Microbial fuel cells (MFCs) are often inoculated from a single wastewater source. The extent that the inoculum affects community development or power production is unknown. The stable anodic microbial communities in MFCs were examined using three inocula: a wastewater treatment plant sample known to produce consistent power densities, a second wastewater treatment plant sample, and an anaerobic bog sediment. The bog-inoculated MFCs initially produced higher power densities than the wastewater-inoculated MFCs, but after 20 cycles all MFCs on average converged to similar voltages (470±20 mV) and maximum power densities (590±170 mW m(-2)). The power output from replicate bog-inoculated MFCs was not significantly different, but one wastewater-inoculated MFC (UAJA3 (UAJA, University Area Joint Authority Wastewater Treatment Plant)) produced substantially less power. Denaturing gradient gel electrophoresis profiling showed a stable exoelectrogenic biofilm community in all samples after 11 cycles. After 16 cycles the predominance of Geobacter spp. in anode communities was identified using 16S rRNA gene clone libraries (58±10%), fluorescent in-situ hybridization (FISH) (63±6%) and pyrosequencing (81±4%). While the clone library analysis for the underperforming UAJA3 had a significantly lower percentage of Geobacter spp. sequences (36%), suggesting that a predominance of this microbe was needed for convergent power densities, the lower percentage of this species was not verified by FISH or pyrosequencing analyses. These results show that the predominance of Geobacter spp. in acetate-fed systems was consistent with good MFC performance and independent of the inoculum source." @default.
- W2012197885 created "2016-06-24" @default.
- W2012197885 creator A5006144504 @default.
- W2012197885 creator A5035681909 @default.
- W2012197885 creator A5044596770 @default.
- W2012197885 creator A5056233215 @default.
- W2012197885 creator A5057853675 @default.
- W2012197885 creator A5062959054 @default.
- W2012197885 creator A5064387836 @default.
- W2012197885 creator A5075818510 @default.
- W2012197885 date "2012-05-10" @default.
- W2012197885 modified "2023-10-11" @default.
- W2012197885 title "Convergent development of anodic bacterial communities in microbial fuel cells" @default.
- W2012197885 cites W1581592599 @default.
- W2012197885 cites W1910560504 @default.
- W2012197885 cites W1922909364 @default.
- W2012197885 cites W1964017015 @default.
- W2012197885 cites W1973195162 @default.
- W2012197885 cites W1973376162 @default.
- W2012197885 cites W1974670959 @default.
- W2012197885 cites W1977166123 @default.
- W2012197885 cites W1980750600 @default.
- W2012197885 cites W1981348283 @default.
- W2012197885 cites W1982552644 @default.
- W2012197885 cites W1984474722 @default.
- W2012197885 cites W1986287353 @default.
- W2012197885 cites W1988925586 @default.
- W2012197885 cites W1988994172 @default.
- W2012197885 cites W1991804777 @default.
- W2012197885 cites W1995636210 @default.
- W2012197885 cites W2000072710 @default.
- W2012197885 cites W2001611447 @default.
- W2012197885 cites W2002607109 @default.
- W2012197885 cites W2005867067 @default.
- W2012197885 cites W2006911379 @default.
- W2012197885 cites W2014878192 @default.
- W2012197885 cites W2019791039 @default.
- W2012197885 cites W2020001867 @default.
- W2012197885 cites W2023913779 @default.
- W2012197885 cites W2034428861 @default.
- W2012197885 cites W2035851989 @default.
- W2012197885 cites W2038105482 @default.
- W2012197885 cites W2039241535 @default.
- W2012197885 cites W2040345901 @default.
- W2012197885 cites W2045584547 @default.
- W2012197885 cites W2046365319 @default.
- W2012197885 cites W2053083620 @default.
- W2012197885 cites W2055043387 @default.
- W2012197885 cites W2059589769 @default.
- W2012197885 cites W2064695016 @default.
- W2012197885 cites W2064804811 @default.
- W2012197885 cites W2072970694 @default.
- W2012197885 cites W2073629525 @default.
- W2012197885 cites W2076571108 @default.
- W2012197885 cites W2078345710 @default.
- W2012197885 cites W2082322268 @default.
- W2012197885 cites W2083193041 @default.
- W2012197885 cites W2084881315 @default.
- W2012197885 cites W2086907932 @default.
- W2012197885 cites W2086998999 @default.
- W2012197885 cites W2089844995 @default.
- W2012197885 cites W2090182752 @default.
- W2012197885 cites W2093102624 @default.
- W2012197885 cites W2094330530 @default.
- W2012197885 cites W2100824274 @default.
- W2012197885 cites W2106156242 @default.
- W2012197885 cites W2106308757 @default.
- W2012197885 cites W2106740608 @default.
- W2012197885 cites W2107594154 @default.
- W2012197885 cites W2108718991 @default.
- W2012197885 cites W2109269485 @default.
- W2012197885 cites W2114229831 @default.
- W2012197885 cites W2114490387 @default.
- W2012197885 cites W2114769310 @default.
- W2012197885 cites W2117491240 @default.
- W2012197885 cites W2124367500 @default.
- W2012197885 cites W2125121305 @default.
- W2012197885 cites W2132960439 @default.
- W2012197885 cites W2134166173 @default.
- W2012197885 cites W2144256118 @default.
- W2012197885 cites W2147237837 @default.
- W2012197885 cites W2147248303 @default.
- W2012197885 cites W2147513370 @default.
- W2012197885 cites W2155066423 @default.
- W2012197885 cites W2155776557 @default.
- W2012197885 cites W2156366019 @default.
- W2012197885 cites W2157356108 @default.
- W2012197885 cites W2159634508 @default.
- W2012197885 cites W2162622339 @default.
- W2012197885 cites W2162791091 @default.
- W2012197885 cites W2163236435 @default.
- W2012197885 cites W2163977673 @default.
- W2012197885 cites W2167265344 @default.
- W2012197885 cites W2169048459 @default.
- W2012197885 cites W2170638721 @default.
- W2012197885 doi "https://doi.org/10.1038/ismej.2012.42" @default.
- W2012197885 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3475369" @default.
- W2012197885 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22572637" @default.