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• W2994691911 abstract "Anaerobic digestion of easily degradable biowaste can lead to the accumulation of volatile fatty acids, which will cause environmental stress to the sensitive methanogens consequently. The metabolic characteristics of methanogens under acetate stress can affect the overall performance of mixed consortia. Nevertheless, there exist huge gaps in understanding the responses of the dominant methanogens to the stress, e.g., Methanosarcinaceae. Such methanogens are resistant to environmental deterioration and able to utilize multiple carbon sources. In this study, transcriptomic and proteomic analyses were conducted to explore the responses of Methanosarcina barkeri strain MS at different acetate concentrations of 10, 25, and 50 mM.The trend of OD600 and the regulation of the specific genes in 50 mM acetate, indicated that high concentration of acetate promoted the acclimation of M. barkeri to acetate stress. Acetate stress hindered the regulation of quorum sensing and thereby eliminated the advantages of cell aggregation, which was beneficial to resist stress. Under acetate stress, M. barkeri allocated more resources to enhance the uptake of iron to maintain the integrities of electron-transport chains and other essential biological processes. Comparing with the initial stages of different acetate concentrations, most of the genes participating in acetoclastic methanogenesis did not show significantly different expressions except hdrB1C1, an electron-bifurcating heterodisulfide reductase participating in energy conversion and improving thermodynamic efficiency. Meanwhile, vnfDGHK and nifDHK participating in nitrogen fixation pathway were upregulated.In this work, transcriptomic and proteomic analyses are combined to reveal the responses of M. barkeri to acetate stress in terms of central metabolic pathways, which provides basic clues for exploring the responses of other specific methanogens under high organics load. Moreover, the results can also be used to gain insights into the complex interactions and geochemical cycles among natural or engineered populations. Furthermore, these findings also provide the potential for designing effective and robust anaerobic digesters with high organic loads." @default.
• W2994691911 created "2019-12-26" @default.
• W2994691911 creator A5023363049 @default.
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• W2994691911 date "2019-12-01" @default.
• W2994691911 modified "2023-09-25" @default.
• W2994691911 title "Responses of Methanosarcina barkeri to acetate stress" @default.
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• W2994691911 cites W1514264966 @default.
• W2994691911 cites W1587325454 @default.
• W2994691911 cites W1588745265 @default.
• W2994691911 cites W1965537689 @default.
• W2994691911 cites W1966327575 @default.
• W2994691911 cites W1967390196 @default.
• W2994691911 cites W1974467642 @default.
• W2994691911 cites W1977681329 @default.
• W2994691911 cites W1983585382 @default.
• W2994691911 cites W1989393586 @default.
• W2994691911 cites W1991410473 @default.
• W2994691911 cites W1996039824 @default.
• W2994691911 cites W1998771212 @default.
• W2994691911 cites W2003437633 @default.
• W2994691911 cites W2008852347 @default.
• W2994691911 cites W2015232678 @default.
• W2994691911 cites W2016097940 @default.
• W2994691911 cites W2030117674 @default.
• W2994691911 cites W2035618305 @default.
• W2994691911 cites W2038907715 @default.
• W2994691911 cites W2039328204 @default.
• W2994691911 cites W2048367287 @default.
• W2994691911 cites W2050523153 @default.
• W2994691911 cites W2053460598 @default.
• W2994691911 cites W2056128904 @default.
• W2994691911 cites W2057847328 @default.
• W2994691911 cites W2062116230 @default.
• W2994691911 cites W2062562477 @default.
• W2994691911 cites W2076478292 @default.
• W2994691911 cites W2076500276 @default.
• W2994691911 cites W2076524458 @default.
• W2994691911 cites W2082424083 @default.
• W2994691911 cites W2084022052 @default.
• W2994691911 cites W2092435069 @default.
• W2994691911 cites W2093065880 @default.
• W2994691911 cites W2094201044 @default.
• W2994691911 cites W2102278945 @default.
• W2994691911 cites W2103051521 @default.
• W2994691911 cites W2104005232 @default.
• W2994691911 cites W2114104545 @default.
• W2994691911 cites W2115994804 @default.
• W2994691911 cites W2116711423 @default.
• W2994691911 cites W2126186691 @default.
• W2994691911 cites W2127603661 @default.
• W2994691911 cites W2134840548 @default.
• W2994691911 cites W2139066998 @default.
• W2994691911 cites W2140702033 @default.
• W2994691911 cites W2140860400 @default.
• W2994691911 cites W2141877115 @default.
• W2994691911 cites W2147345822 @default.
• W2994691911 cites W2150081979 @default.
• W2994691911 cites W2150112360 @default.
• W2994691911 cites W2151714294 @default.
• W2994691911 cites W2152770371 @default.
• W2994691911 cites W2155080603 @default.
• W2994691911 cites W2162792752 @default.
• W2994691911 cites W2169442478 @default.
• W2994691911 cites W2290890286 @default.
• W2994691911 cites W2298411566 @default.
• W2994691911 cites W2345925382 @default.
• W2994691911 cites W2413895711 @default.
• W2994691911 cites W2556703754 @default.
• W2994691911 cites W2587486948 @default.
• W2994691911 cites W2748568791 @default.
• W2994691911 cites W2765174817 @default.
• W2994691911 cites W2766236056 @default.
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• W2994691911 cites W2807270823 @default.
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• W2994691911 doi "https://doi.org/10.1186/s13068-019-1630-5" @default.
• W2994691911 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6913021" @default.
• W2994691911 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31890017" @default.
• W2994691911 hasPublicationYear "2019" @default.
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