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• W4283172360 abstract "Release of dye-containing textile wastewater into the environment causes severe pollution with serious consequences on aquatic life. Bioremediation of dyes using thermophilic microorganisms has recently attracted attention over conventional treatment techniques. Thermophiles have the natural ability to survive under extreme environmental conditions, including high dye concentration, because they possess stress response adaptation and regulation mechanisms. Therefore, dye detoxification by thermophiles could offer enormous opportunities for bioremediation at elevated temperatures. In addition, the processes of degradation generate reactive oxygen species (ROS) and subject cells to oxidative stress. However, thermophiles exhibit better adaptation to resist the effects of oxidative stress. Some of the major adaptation mechanisms of thermophiles include macromolecule repair system; enzymes such as superoxide dismutase, catalase, and glutathione peroxidase; and non-enzymatic antioxidants like extracellular polymeric substance (EPSs), polyhydroxyalkanoates (PHAs), etc. In addition, different bacteria also possess enzymes that are directly involved in dye degradation such as azoreductase, laccase, and peroxidase. Therefore, through these processes, dyes are first degraded into smaller intermediate products finally releasing products that are non-toxic or of low toxicity. In this review, we discuss the sources of oxidative stress in thermophiles, the adaptive response of thermophiles to redox stress and their roles in dye removal, and the regulation and crosstalk between responses to oxidative stress." @default.
• W4283172360 created "2022-06-21" @default.
• W4283172360 creator A5001465426 @default.
• W4283172360 creator A5072373858 @default.
• W4283172360 creator A5090145541 @default.
• W4283172360 date "2022-06-20" @default.
• W4283172360 modified "2023-10-15" @default.
• W4283172360 title "Adaptive Response of Thermophiles to Redox Stress and Their Role in the Process of dye Degradation From Textile Industry Wastewater" @default.
• W4283172360 cites W1487634705 @default.
• W4283172360 cites W1489988168 @default.
• W4283172360 cites W1539009580 @default.
• W4283172360 cites W1796456545 @default.
• W4283172360 cites W1845916887 @default.
• W4283172360 cites W1966387988 @default.
• W4283172360 cites W1970751169 @default.
• W4283172360 cites W1978259673 @default.
• W4283172360 cites W1978772332 @default.
• W4283172360 cites W1978807240 @default.
• W4283172360 cites W1981743332 @default.
• W4283172360 cites W1986436731 @default.
• W4283172360 cites W1997615571 @default.
• W4283172360 cites W2004947572 @default.
• W4283172360 cites W2005898016 @default.
• W4283172360 cites W2010983045 @default.
• W4283172360 cites W2024946225 @default.
• W4283172360 cites W2040841239 @default.
• W4283172360 cites W2053395187 @default.
• W4283172360 cites W2055382495 @default.
• W4283172360 cites W2057249233 @default.
• W4283172360 cites W2057568778 @default.
• W4283172360 cites W2066695305 @default.
• W4283172360 cites W2066741676 @default.
• W4283172360 cites W2073582814 @default.
• W4283172360 cites W2076144542 @default.
• W4283172360 cites W2079307011 @default.
• W4283172360 cites W2080215172 @default.
• W4283172360 cites W2086263822 @default.
• W4283172360 cites W2088029413 @default.
• W4283172360 cites W2094490515 @default.
• W4283172360 cites W2104578134 @default.
• W4283172360 cites W2112896586 @default.
• W4283172360 cites W2113313289 @default.
• W4283172360 cites W2147971780 @default.
• W4283172360 cites W2155187715 @default.
• W4283172360 cites W2162092642 @default.
• W4283172360 cites W2168156586 @default.
• W4283172360 cites W2183330967 @default.
• W4283172360 cites W2273690817 @default.
• W4283172360 cites W2338206432 @default.
• W4283172360 cites W2525406262 @default.
• W4283172360 cites W2573679728 @default.
• W4283172360 cites W2593090067 @default.
• W4283172360 cites W2605066094 @default.
• W4283172360 cites W2616526198 @default.
• W4283172360 cites W2640246597 @default.
• W4283172360 cites W2730551767 @default.
• W4283172360 cites W2749485000 @default.
• W4283172360 cites W2764328358 @default.
• W4283172360 cites W2765848665 @default.
• W4283172360 cites W2765909227 @default.
• W4283172360 cites W2768389158 @default.
• W4283172360 cites W2770964693 @default.
• W4283172360 cites W2783364093 @default.
• W4283172360 cites W2803232763 @default.
• W4283172360 cites W2884367714 @default.
• W4283172360 cites W2888637835 @default.
• W4283172360 cites W2896231986 @default.
• W4283172360 cites W2898965193 @default.
• W4283172360 cites W2900203822 @default.
• W4283172360 cites W2901997077 @default.
• W4283172360 cites W2925987835 @default.
• W4283172360 cites W2958825622 @default.
• W4283172360 cites W2964023584 @default.
• W4283172360 cites W2967484891 @default.
• W4283172360 cites W2976079448 @default.
• W4283172360 cites W2978532038 @default.
• W4283172360 cites W2980182901 @default.
• W4283172360 cites W2986940521 @default.
• W4283172360 cites W2998406718 @default.
• W4283172360 cites W3006316950 @default.
• W4283172360 cites W3009021560 @default.
• W4283172360 cites W3012799751 @default.
• W4283172360 cites W3020184269 @default.
• W4283172360 cites W3023183740 @default.
• W4283172360 cites W3023937797 @default.
• W4283172360 cites W3033833463 @default.
• W4283172360 cites W3035492104 @default.
• W4283172360 cites W3035745049 @default.
• W4283172360 cites W3037955414 @default.
• W4283172360 cites W3038971608 @default.
• W4283172360 cites W3046261807 @default.
• W4283172360 cites W3046410466 @default.
• W4283172360 cites W3047278122 @default.
• W4283172360 cites W3049023086 @default.
• W4283172360 cites W3082978078 @default.
• W4283172360 cites W3084178029 @default.
• W4283172360 cites W3090233190 @default.
• W4283172360 cites W3093989393 @default.
• W4283172360 cites W3098910215 @default.
• W4283172360 cites W3109509047 @default.

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