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- W3003876360 abstract "Abstract Interspecies interactions and phylogenetic distances were studied to reveal the underlying evolutionary adaptations of biofilms sourced from wastewater treatment processes. Based on 380 pairwise cocultures of 40 strains from two microbial aggregates (surface‐attached and mobile aggregates [flocs]) at two substrate concentrations (LB broth and 0.1× LB broth), interspecies interactions were explored using biofilm classification schemes. There was a strong source‐dependence of biofilm development formed by the monocultures, that is, a higher biofilm formation potential for strains from attached aggregates than for those from sludge flocs at both substrate concentrations. Interestingly, the results showed that total biofilm reduction was dominant in the dual‐species biofilm sourced from flocs in both LB broth (67.37%) and 0.1× LB broth (64.21%), indicating high interspecific competition in mobile aggregates and the independence of substrate concentrations. However, biofilm reduction was higher (33.68%) than induction (19.37%) for the biofilms formed by surface‐attached aggregates in LB broth, while the opposite trend was apparent in 0.1× LB broth, suggesting the occurrence of indeterministic processes for biofilm formation and important roles of substrate concentrations. In addition, the more closely related phylogenetic relationships of cocultures from mobile aggregates were consistent with higher competition compared with those from surface‐attached aggregates. Overall, the underlying evolutionary patterns of biofilms formed from mobile aggregates consistently followed the essence of the “Red Queen Hypothesis,” while biofilms developed from surface‐attached aggregates were not deterministic. This study advanced our understanding of biofilm‐related treatment processes using the principles of microbial ecology." @default.
- W3003876360 created "2020-02-07" @default.
- W3003876360 creator A5011951772 @default.
- W3003876360 creator A5088311812 @default.
- W3003876360 date "2020-02-11" @default.
- W3003876360 modified "2023-09-27" @default.
- W3003876360 title "Ecological insights into the underlying evolutionary patterns of biofilm formation from biological wastewater treatment systems: Red or Black Queen Hypothesis?" @default.
- W3003876360 cites W1776243668 @default.
- W3003876360 cites W1930242741 @default.
- W3003876360 cites W1972023570 @default.
- W3003876360 cites W1972677040 @default.
- W3003876360 cites W1972726249 @default.
- W3003876360 cites W1978434118 @default.
- W3003876360 cites W1978500346 @default.
- W3003876360 cites W1980903590 @default.
- W3003876360 cites W1982104528 @default.
- W3003876360 cites W1987300339 @default.
- W3003876360 cites W1996064131 @default.
- W3003876360 cites W2002041815 @default.
- W3003876360 cites W2011312755 @default.
- W3003876360 cites W2014160302 @default.
- W3003876360 cites W2016995298 @default.
- W3003876360 cites W2020066645 @default.
- W3003876360 cites W2025957152 @default.
- W3003876360 cites W2029516628 @default.
- W3003876360 cites W2031153752 @default.
- W3003876360 cites W2032064628 @default.
- W3003876360 cites W2036682830 @default.
- W3003876360 cites W2040180887 @default.
- W3003876360 cites W2040539560 @default.
- W3003876360 cites W2042023734 @default.
- W3003876360 cites W2042502553 @default.
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- W3003876360 cites W2075077235 @default.
- W3003876360 cites W2076393137 @default.
- W3003876360 cites W2092748220 @default.
- W3003876360 cites W2095326284 @default.
- W3003876360 cites W2104007350 @default.
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- W3003876360 cites W2118529378 @default.
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- W3003876360 cites W2132632499 @default.
- W3003876360 cites W2137518062 @default.
- W3003876360 cites W2142026735 @default.
- W3003876360 cites W2146000648 @default.
- W3003876360 cites W2152757570 @default.
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- W3003876360 cites W2165749265 @default.
- W3003876360 cites W2311203695 @default.
- W3003876360 cites W2343741676 @default.
- W3003876360 cites W2475302747 @default.
- W3003876360 cites W2480010979 @default.
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- W3003876360 cites W2605256394 @default.
- W3003876360 cites W2605371764 @default.
- W3003876360 cites W2611198695 @default.
- W3003876360 cites W2709421839 @default.
- W3003876360 cites W2759918958 @default.
- W3003876360 cites W2761955173 @default.
- W3003876360 cites W2765970410 @default.
- W3003876360 cites W2770455243 @default.
- W3003876360 cites W2774860695 @default.
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- W3003876360 cites W2807476578 @default.
- W3003876360 cites W2932736878 @default.
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- W3003876360 cites W2969208251 @default.
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- W3003876360 doi "https://doi.org/10.1002/bit.27289" @default.
- W3003876360 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31994719" @default.
- W3003876360 hasPublicationYear "2020" @default.
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