Matches in SemOpenAlex for { <https://semopenalex.org/work/W2753341489> ?p ?o ?g. }
- W2753341489 endingPage "203" @default.
- W2753341489 startingPage "193" @default.
- W2753341489 abstract "Microbial communities and associated enzymes that hydrolyze lignocellulose in the presence of lignin decomposition products are important for industrial and environmental bioconversion processes. The aims of this study were to identify microorganisms capable of decomposing lignocellulose and tolerating lignin decomposition products under high-solids and thermophilic conditions, and to elucidate potential mechanisms of tolerance. High-solids incubations were conducted to enrich for thermophilic communities that decompose Douglas fir. Bacterial and fungal communities were determined using 16S rRNA and ITS region gene sequencing, and PICRUSt (Phylogenetic Investigation of Communities by Reconstruction of Unobserved States) was applied to predict genes involved in lignocellulose degradation and tolerance to lignin decomposition products. Lignin decomposition increased with enrichment of specific microorganisms. The dominant bacterium identified with enrichment was from the genus Rubrobacter while the dominant fungus was from the genus Talaromyces. Bacteria containing predicted genes associated with lignin degradation and tolerance to breakdown products were identified. These included organisms from the genus Rubrobacter, and families Beijerinckiaceae and Xanthomonadaceae. The dominant bacteria and fungi identified may be promising sources of enzymes that degrade lignocellulose and genes that confer tolerance to lignin decomposition products." @default.
- W2753341489 created "2017-09-15" @default.
- W2753341489 creator A5022026178 @default.
- W2753341489 creator A5040086022 @default.
- W2753341489 creator A5044963638 @default.
- W2753341489 creator A5045273277 @default.
- W2753341489 creator A5057622143 @default.
- W2753341489 creator A5058252421 @default.
- W2753341489 creator A5083533247 @default.
- W2753341489 creator A5088403266 @default.
- W2753341489 date "2017-12-01" @default.
- W2753341489 modified "2023-10-10" @default.
- W2753341489 title "Development and characterization of a thermophilic, lignin degrading microbiota" @default.
- W2753341489 cites W1627277677 @default.
- W2753341489 cites W1713873345 @default.
- W2753341489 cites W1966074534 @default.
- W2753341489 cites W1968721842 @default.
- W2753341489 cites W1969037718 @default.
- W2753341489 cites W1975412695 @default.
- W2753341489 cites W1987383396 @default.
- W2753341489 cites W1988079142 @default.
- W2753341489 cites W1988925586 @default.
- W2753341489 cites W1992480188 @default.
- W2753341489 cites W1993746418 @default.
- W2753341489 cites W1995636210 @default.
- W2753341489 cites W1998377233 @default.
- W2753341489 cites W2000527772 @default.
- W2753341489 cites W2004216759 @default.
- W2753341489 cites W2021904441 @default.
- W2753341489 cites W2025192018 @default.
- W2753341489 cites W2034675566 @default.
- W2753341489 cites W2042024055 @default.
- W2753341489 cites W2048687101 @default.
- W2753341489 cites W2056160010 @default.
- W2753341489 cites W2060607230 @default.
- W2753341489 cites W2063411764 @default.
- W2753341489 cites W2064312094 @default.
- W2753341489 cites W2064792661 @default.
- W2753341489 cites W2071985027 @default.
- W2753341489 cites W2072970694 @default.
- W2753341489 cites W2079359179 @default.
- W2753341489 cites W2079906167 @default.
- W2753341489 cites W2082696864 @default.
- W2753341489 cites W2083613085 @default.
- W2753341489 cites W2086762603 @default.
- W2753341489 cites W2086865963 @default.
- W2753341489 cites W2088315896 @default.
- W2753341489 cites W2088435030 @default.
- W2753341489 cites W2097468058 @default.
- W2753341489 cites W2098413409 @default.
- W2753341489 cites W2099053943 @default.
- W2753341489 cites W2099362794 @default.
- W2753341489 cites W2107703742 @default.
- W2753341489 cites W2110300022 @default.
- W2753341489 cites W2113602841 @default.
- W2753341489 cites W2114666241 @default.
- W2753341489 cites W2123788376 @default.
- W2753341489 cites W2129209297 @default.
- W2753341489 cites W2130335772 @default.
- W2753341489 cites W2138375328 @default.
- W2753341489 cites W2144064595 @default.
- W2753341489 cites W2144181899 @default.
- W2753341489 cites W2146879610 @default.
- W2753341489 cites W2147110714 @default.
- W2753341489 cites W2155812224 @default.
- W2753341489 cites W2166740131 @default.
- W2753341489 cites W2167346889 @default.
- W2753341489 cites W2175438407 @default.
- W2753341489 cites W2183005286 @default.
- W2753341489 cites W2243115199 @default.
- W2753341489 cites W2260297009 @default.
- W2753341489 cites W2337900181 @default.
- W2753341489 cites W2460557463 @default.
- W2753341489 cites W2555939339 @default.
- W2753341489 cites W2596999437 @default.
- W2753341489 cites W4252188273 @default.
- W2753341489 doi "https://doi.org/10.1016/j.procbio.2017.08.018" @default.
- W2753341489 hasPublicationYear "2017" @default.
- W2753341489 type Work @default.
- W2753341489 sameAs 2753341489 @default.
- W2753341489 citedByCount "24" @default.
- W2753341489 countsByYear W27533414892018 @default.
- W2753341489 countsByYear W27533414892019 @default.
- W2753341489 countsByYear W27533414892020 @default.
- W2753341489 countsByYear W27533414892021 @default.
- W2753341489 countsByYear W27533414892022 @default.
- W2753341489 countsByYear W27533414892023 @default.
- W2753341489 crossrefType "journal-article" @default.
- W2753341489 hasAuthorship W2753341489A5022026178 @default.
- W2753341489 hasAuthorship W2753341489A5040086022 @default.
- W2753341489 hasAuthorship W2753341489A5044963638 @default.
- W2753341489 hasAuthorship W2753341489A5045273277 @default.
- W2753341489 hasAuthorship W2753341489A5057622143 @default.
- W2753341489 hasAuthorship W2753341489A5058252421 @default.
- W2753341489 hasAuthorship W2753341489A5083533247 @default.
- W2753341489 hasAuthorship W2753341489A5088403266 @default.
- W2753341489 hasBestOaLocation W27533414891 @default.
- W2753341489 hasConcept C100544194 @default.