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• W1601862534 abstract "Bioremediation is a process that uses microorganisms or their enzymes to promote degradation and/or removal of contaminants from the environment. The use of microbial metabolic ability for degradation/removal of environmental pollutants provides an economic and safe alternative compared to other physicochemical methodologies. However, although highly diverse and specialized microbial communities present in the environment do efficiently remove many pollutants, this process is usually quite slow, which leads to a tendency for pollutants to accumulate in the environment and this accumulation can potentially be hazardous. This is especially true for heavy metals. Heavy metal contamination is one of the most significant environmental issues, since metals are highly toxic to biota, as they decrease metabolic activity and diversity, and they affect the qualitative and quantitative structure of microbial communities. For treating heavy metal contaminated tailings and soils, bioremediation is still the most cost-effective method, although various heavy metals are beyond the bioaccumulation capabilities of microorganisms. Perhaps, because of the toxicity of these compounds, microorganisms have not evolved appropriate pathways to bioaccumulate them; populations of microorganisms responsible for this bioaccumulation are not large or active enough to remove these compounds completely, or complex mixtures of pollutants resist removal by existing pathways. The pathway used to accumulate these compounds is adsorption, where metals are taken up by microbial cells (biosorption). Biosorption mechanisms are numerous and are not yet fully understood. However, biosorption capacity often varies with test conditions, such as initial metal concentration, solution pH, contact time, biomass dosage, processing method, and so on. Accordingly, populations of microorganisms that are able to promote metal adsorption and accumulate them are not large or active enough to support these compounds by existing pathways. Furthermore, there are several strategies that optimize the bioremediation process of pollutants. One approach to enhance populations of microorganisms capable of pollutant removal is the addition of exogenous microorganisms in order to expand indigenous populations. This process, commonly known as bioaugmentation, can be performed either by adding microorganisms that naturally contain catabolic genes or those that have been genetically modified (GMOs). This strategy can also result in the transfer of plasmids containing the necessary genetic material between the different populations. Recent advances in the molecular biology field have been applied to microorganisms in order to produce novel strains with desirable properties for the" @default.
• W1601862534 created "2016-06-24" @default.
• W1601862534 creator A5009794660 @default.
• W1601862534 creator A5016674389 @default.
• W1601862534 creator A5027333124 @default.
• W1601862534 date "2011-08-01" @default.
• W1601862534 modified "2023-09-26" @default.
• W1601862534 title "Engineering Bacteria for Bioremediation" @default.
• W1601862534 cites W1664552158 @default.
• W1601862534 cites W183717955 @default.
• W1601862534 cites W1862141661 @default.
• W1601862534 cites W190463786 @default.
• W1601862534 cites W1919779920 @default.
• W1601862534 cites W1965222379 @default.
• W1601862534 cites W1965234349 @default.
• W1601862534 cites W1969147181 @default.
• W1601862534 cites W1971331367 @default.
• W1601862534 cites W1973215335 @default.
• W1601862534 cites W1973460535 @default.
• W1601862534 cites W1974463986 @default.
• W1601862534 cites W1976347027 @default.
• W1601862534 cites W1976642731 @default.
• W1601862534 cites W1977153543 @default.
• W1601862534 cites W1977584924 @default.
• W1601862534 cites W1978232539 @default.
• W1601862534 cites W1981878997 @default.
• W1601862534 cites W1982649213 @default.
• W1601862534 cites W1983391943 @default.
• W1601862534 cites W1983397735 @default.
• W1601862534 cites W1984093502 @default.
• W1601862534 cites W1985469245 @default.
• W1601862534 cites W1989129968 @default.
• W1601862534 cites W1989981840 @default.
• W1601862534 cites W1991374224 @default.
• W1601862534 cites W1995602578 @default.
• W1601862534 cites W1996740604 @default.
• W1601862534 cites W1999317698 @default.
• W1601862534 cites W2001102992 @default.
• W1601862534 cites W2001117337 @default.
• W1601862534 cites W2002156802 @default.
• W1601862534 cites W2005025492 @default.
• W1601862534 cites W2005315003 @default.
• W1601862534 cites W2007347010 @default.
• W1601862534 cites W2007762983 @default.
• W1601862534 cites W2008317992 @default.
• W1601862534 cites W2008608484 @default.
• W1601862534 cites W2009454460 @default.
• W1601862534 cites W2013433351 @default.
• W1601862534 cites W2014096918 @default.
• W1601862534 cites W2015122846 @default.
• W1601862534 cites W2016870101 @default.
• W1601862534 cites W2018650734 @default.
• W1601862534 cites W2019059221 @default.
• W1601862534 cites W2019849402 @default.
• W1601862534 cites W2022744528 @default.
• W1601862534 cites W2028561292 @default.
• W1601862534 cites W2031128569 @default.
• W1601862534 cites W2031722316 @default.
• W1601862534 cites W2032423890 @default.
• W1601862534 cites W2032881496 @default.
• W1601862534 cites W2035562620 @default.
• W1601862534 cites W2037114423 @default.
• W1601862534 cites W2037820111 @default.
• W1601862534 cites W2039893981 @default.
• W1601862534 cites W2041013758 @default.
• W1601862534 cites W2041870760 @default.
• W1601862534 cites W2044397973 @default.
• W1601862534 cites W2044820885 @default.
• W1601862534 cites W2045646349 @default.
• W1601862534 cites W2048146191 @default.
• W1601862534 cites W2048802473 @default.
• W1601862534 cites W2050451201 @default.
• W1601862534 cites W2051728730 @default.
• W1601862534 cites W2052837095 @default.
• W1601862534 cites W2053113186 @default.
• W1601862534 cites W2056249363 @default.
• W1601862534 cites W2057366309 @default.
• W1601862534 cites W2060427559 @default.
• W1601862534 cites W2063315520 @default.
• W1601862534 cites W2066330235 @default.
• W1601862534 cites W2068238619 @default.
• W1601862534 cites W2068898306 @default.
• W1601862534 cites W2069649999 @default.
• W1601862534 cites W2072096190 @default.
• W1601862534 cites W2072449192 @default.
• W1601862534 cites W2073897692 @default.
• W1601862534 cites W2076209341 @default.
• W1601862534 cites W2077391835 @default.
• W1601862534 cites W2077860506 @default.
• W1601862534 cites W2081813275 @default.
• W1601862534 cites W2083922864 @default.
• W1601862534 cites W2084005205 @default.
• W1601862534 cites W2084382620 @default.
• W1601862534 cites W2090054532 @default.
• W1601862534 cites W2090388164 @default.
• W1601862534 cites W2092043349 @default.
• W1601862534 cites W2095314203 @default.
• W1601862534 cites W2095387803 @default.
• W1601862534 cites W2097890530 @default.
• W1601862534 cites W2099909348 @default.

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