Matches in SemOpenAlex for { <https://semopenalex.org/work/W2978777740> ?p ?o ?g. }
- W2978777740 abstract "As one of the most abundant polymers in biosphere, lignin has attracted extensive attention as a kind of promising feedstock for biofuel and bio-based products. However, the utilization of lignin presents various challenges in that its complex composition and structure and high resistance to degradation. Lignin conversion through biological platform harnesses the catalytic power of microorganisms to decompose complex lignin molecules and obtain value-added products through biosynthesis. Given the heterogeneity of lignin, various microbial metabolic pathways are involved in lignin bioconversion processes, which has been characterized in extensive research work. With different types of lignin substrates (e.g., model compounds, technical lignin, and lignocellulosic biomass), several bacterial and fungal species have been proved to own lignin-degrading abilities and accumulate microbial products (e.g., lipid and polyhydroxyalkanoates), while the lignin conversion efficiencies are still relatively low. Genetic and metabolic strategies have been developed to enhance lignin biodegradation by reprogramming microbial metabolism, and diverse products, such as vanillin and dicarboxylic acids were also produced from lignin. This article aims at presenting a comprehensive review on lignin bioconversion including lignin degradation mechanisms, metabolic pathways, and applications for the production of value-added bioproducts. Advanced techniques on genetic and metabolic engineering are also covered in the recent development of biological platforms for lignin utilization. To conclude this article, the existing challenges for efficient lignin bioprocessing are analyzed and possible directions for future work are proposed." @default.
- W2978777740 created "2019-10-10" @default.
- W2978777740 creator A5034523725 @default.
- W2978777740 creator A5063026471 @default.
- W2978777740 date "2019-10-16" @default.
- W2978777740 modified "2023-10-12" @default.
- W2978777740 title "Biotransformation of lignin: Mechanisms, applications and future work" @default.
- W2978777740 cites W139072004 @default.
- W2978777740 cites W1498809028 @default.
- W2978777740 cites W1499915655 @default.
- W2978777740 cites W1526649447 @default.
- W2978777740 cites W1550868857 @default.
- W2978777740 cites W1585108391 @default.
- W2978777740 cites W1702808592 @default.
- W2978777740 cites W1808316892 @default.
- W2978777740 cites W1839535675 @default.
- W2978777740 cites W1895691105 @default.
- W2978777740 cites W1902428137 @default.
- W2978777740 cites W1910350303 @default.
- W2978777740 cites W1933639939 @default.
- W2978777740 cites W1965317436 @default.
- W2978777740 cites W1971126372 @default.
- W2978777740 cites W1971258520 @default.
- W2978777740 cites W1972054150 @default.
- W2978777740 cites W1972826082 @default.
- W2978777740 cites W1979870045 @default.
- W2978777740 cites W1980244512 @default.
- W2978777740 cites W1982394424 @default.
- W2978777740 cites W1984936662 @default.
- W2978777740 cites W1985072608 @default.
- W2978777740 cites W1990606648 @default.
- W2978777740 cites W1991283899 @default.
- W2978777740 cites W1997519390 @default.
- W2978777740 cites W2000311295 @default.
- W2978777740 cites W2003337777 @default.
- W2978777740 cites W2005942521 @default.
- W2978777740 cites W2006826092 @default.
- W2978777740 cites W2018982982 @default.
- W2978777740 cites W2019394356 @default.
- W2978777740 cites W2023294215 @default.
- W2978777740 cites W2023845574 @default.
- W2978777740 cites W2025487476 @default.
- W2978777740 cites W2026624647 @default.
- W2978777740 cites W2027639480 @default.
- W2978777740 cites W2030526452 @default.
- W2978777740 cites W2032458012 @default.
- W2978777740 cites W2047587593 @default.
- W2978777740 cites W2048687101 @default.
- W2978777740 cites W2052190020 @default.
- W2978777740 cites W2055828226 @default.
- W2978777740 cites W2061438435 @default.
- W2978777740 cites W2062306736 @default.
- W2978777740 cites W2065143304 @default.
- W2978777740 cites W2075824617 @default.
- W2978777740 cites W2079339802 @default.
- W2978777740 cites W2079359179 @default.
- W2978777740 cites W2079906167 @default.
- W2978777740 cites W2080335623 @default.
- W2978777740 cites W2081214123 @default.
- W2978777740 cites W2085878848 @default.
- W2978777740 cites W2088735562 @default.
- W2978777740 cites W2093359485 @default.
- W2978777740 cites W2095134715 @default.
- W2978777740 cites W2095499211 @default.
- W2978777740 cites W2095900397 @default.
- W2978777740 cites W2102846430 @default.
- W2978777740 cites W2103695796 @default.
- W2978777740 cites W2112476543 @default.
- W2978777740 cites W2114828461 @default.
- W2978777740 cites W2118589039 @default.
- W2978777740 cites W2119884852 @default.
- W2978777740 cites W2127336414 @default.
- W2978777740 cites W2129892677 @default.
- W2978777740 cites W2136351852 @default.
- W2978777740 cites W2137801789 @default.
- W2978777740 cites W2139567529 @default.
- W2978777740 cites W2140608377 @default.
- W2978777740 cites W2150646586 @default.
- W2978777740 cites W2152742548 @default.
- W2978777740 cites W2156195031 @default.
- W2978777740 cites W2156663168 @default.
- W2978777740 cites W2165266899 @default.
- W2978777740 cites W2169790911 @default.
- W2978777740 cites W2169937212 @default.
- W2978777740 cites W2172086187 @default.
- W2978777740 cites W2175778074 @default.
- W2978777740 cites W2199459307 @default.
- W2978777740 cites W2238245138 @default.
- W2978777740 cites W2238756631 @default.
- W2978777740 cites W2295090549 @default.
- W2978777740 cites W2314159363 @default.
- W2978777740 cites W2315009906 @default.
- W2978777740 cites W2320663444 @default.
- W2978777740 cites W2335406583 @default.
- W2978777740 cites W2339908953 @default.
- W2978777740 cites W2341712029 @default.
- W2978777740 cites W2342857431 @default.
- W2978777740 cites W2400171832 @default.
- W2978777740 cites W2464732671 @default.
- W2978777740 cites W2486288788 @default.