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• W4288045682 endingPage "100036" @default.
• W4288045682 startingPage "100036" @default.
• W4288045682 abstract "The production of biofuels and biochemicals derived from microbial fermentation has received a lot of attention and interest in light of concerns about the depletion of fossil fuel resources and climatic degeneration. However, the economic viability of feedstocks for biological conversion remains a barrier, urging researchers to develop renewable and sustainable low-cost carbon sources for future bioindustries. Owing to the numerous advantages, acetate has been regarded as a promising feedstock targeting the production of acetyl-CoA-derived chemicals. This review aims to highlight the potential of acetate as a building block in industrial biotechnology for the production of bio-based chemicals with metabolic engineering. Different alternative approaches and routes comprised of lignocellulosic biomass, waste streams, and C1 gas for acetate generation are briefly described and evaluated. Then, a thorough explanation of the metabolic pathway for biotechnological acetate conversion, cellular transport, and toxin tolerance is described. Particularly, current developments in metabolic engineering of the manufacture of biochemicals from acetate are summarized in detail, with various microbial cell factories and strategies proposed to improve acetate assimilation and enhance product formation. Challenges and future development for acetate generation and assimilation as well as chemicals production from acetate is eventually shown. This review provides an overview of the current status of acetate utilization and proves the great potential of acetate with metabolic engineering in industrial biotechnology." @default.
• W4288045682 created "2022-07-27" @default.
• W4288045682 creator A5034515031 @default.
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• W4288045682 creator A5079215001 @default.
• W4288045682 date "2022-12-01" @default.
• W4288045682 modified "2023-10-13" @default.
• W4288045682 title "Metabolic engineering using acetate as a promising building block for the production of bio‐based chemicals" @default.
• W4288045682 cites W1902958628 @default.
• W4288045682 cites W1971707641 @default.
• W4288045682 cites W2007920471 @default.
• W4288045682 cites W2018835982 @default.
• W4288045682 cites W2029042125 @default.
• W4288045682 cites W2061543020 @default.
• W4288045682 cites W2062815495 @default.
• W4288045682 cites W2092125847 @default.
• W4288045682 cites W2204347736 @default.
• W4288045682 cites W2259485239 @default.
• W4288045682 cites W2294471624 @default.
• W4288045682 cites W2301592828 @default.
• W4288045682 cites W2339423968 @default.
• W4288045682 cites W2345704721 @default.
• W4288045682 cites W2440193431 @default.
• W4288045682 cites W2480817305 @default.
• W4288045682 cites W2490034073 @default.
• W4288045682 cites W2560086108 @default.
• W4288045682 cites W2590691723 @default.
• W4288045682 cites W2615538334 @default.
• W4288045682 cites W2621165553 @default.
• W4288045682 cites W2755964752 @default.
• W4288045682 cites W2759807172 @default.
• W4288045682 cites W2765987778 @default.
• W4288045682 cites W2766500735 @default.
• W4288045682 cites W2775236216 @default.
• W4288045682 cites W2781428063 @default.
• W4288045682 cites W2789731395 @default.
• W4288045682 cites W2790907265 @default.
• W4288045682 cites W2791075285 @default.
• W4288045682 cites W2794650165 @default.
• W4288045682 cites W2799348111 @default.
• W4288045682 cites W2801753186 @default.
• W4288045682 cites W2810508147 @default.
• W4288045682 cites W2884307066 @default.
• W4288045682 cites W2886184620 @default.
• W4288045682 cites W2889381946 @default.
• W4288045682 cites W2899869046 @default.
• W4288045682 cites W2908484690 @default.
• W4288045682 cites W2908495562 @default.
• W4288045682 cites W2911278016 @default.
• W4288045682 cites W2917305439 @default.
• W4288045682 cites W2917510010 @default.
• W4288045682 cites W2920156092 @default.
• W4288045682 cites W2922252081 @default.
• W4288045682 cites W2925121287 @default.
• W4288045682 cites W2937303485 @default.
• W4288045682 cites W2939993576 @default.
• W4288045682 cites W2946268652 @default.
• W4288045682 cites W2954689506 @default.
• W4288045682 cites W2961130790 @default.
• W4288045682 cites W2966895345 @default.
• W4288045682 cites W2968669902 @default.
• W4288045682 cites W2968784629 @default.
• W4288045682 cites W2980816035 @default.
• W4288045682 cites W2980913525 @default.
• W4288045682 cites W2981422131 @default.
• W4288045682 cites W2986581209 @default.
• W4288045682 cites W2987762197 @default.
• W4288045682 cites W2990161982 @default.
• W4288045682 cites W2990922816 @default.
• W4288045682 cites W2995115456 @default.
• W4288045682 cites W3002744224 @default.
• W4288045682 cites W3011440620 @default.
• W4288045682 cites W3011582943 @default.
• W4288045682 cites W3016746497 @default.
• W4288045682 cites W3028158794 @default.
• W4288045682 cites W3029412741 @default.
• W4288045682 cites W3034655307 @default.
• W4288045682 cites W3036223194 @default.
• W4288045682 cites W3036284296 @default.
• W4288045682 cites W3086039244 @default.
• W4288045682 cites W3092079751 @default.
• W4288045682 cites W3092173290 @default.
• W4288045682 cites W3094269373 @default.
• W4288045682 cites W3107744891 @default.
• W4288045682 cites W3111862570 @default.
• W4288045682 cites W3119201577 @default.
• W4288045682 cites W3120135988 @default.
• W4288045682 cites W3125499593 @default.
• W4288045682 cites W3127361765 @default.
• W4288045682 cites W3130344099 @default.
• W4288045682 cites W3130424423 @default.
• W4288045682 cites W3133017487 @default.
• W4288045682 cites W3137680205 @default.
• W4288045682 cites W3139646832 @default.

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