Matches in SemOpenAlex for { <https://semopenalex.org/work/W4284677798> ?p ?o ?g. }
- W4284677798 endingPage "611" @default.
- W4284677798 startingPage "600" @default.
- W4284677798 abstract "High arsenic (As) and chromium (Cr) concentrations are currently receiving attention because of their negative effects on the environment and human health. Microorganisms inhabiting contaminated environments have developed resistance mechanisms against the toxicity of these pollutants. Indeed, members of the bacterial genus Micrococcus have been isolated from different toxic metal-contaminated environments; however, knowledge concerning its resistance mechanisms to As and Cr toxicity remains limited. Micrococcus luteus strains (An24, Mh, NE2TL6, and NE2TTS4) were isolated from the endosphere and soil of two heavy metal-contaminated sites in Mexico to identify differences in the resistance mechanisms by the M. luteus group. The strains were resistant to As (As3+ and As5+), chromate, dichromate, cobalt, copper, nickel, and zinc. Genome analysis indicated that the heavy metal-resistant strains (An24, Mh, NE2TL6, and NE2TTS4) could be assigned to the M. luteus group and had more heavy metal-resistant genes (transporters, chaperones, and enzymes) compared to reference strains of the M. luteus group, M. luteus NCTC 2665T and Micrococcus endophyticus JCM 16951T. The resistant bacteria were able to biotransform As3+ and As5+ through a carbon source-dependent mechanism. The biotransformation of As5+ was potentially carried out in the cytoplasm through a thioredoxin-dependent pathway, which may be coupled with biosorption. A qualitative analysis of organic acids (OAs) identified a change in the OA profile of the metal-resistant strains that was As- or Cr-dependent. Our genomic and phenotypic findings suggest that the four M. luteus group strains evaluated in the current study have developed resistance mechanisms that may enable their survival in contaminated sites." @default.
- W4284677798 created "2022-07-08" @default.
- W4284677798 creator A5044055234 @default.
- W4284677798 creator A5044878564 @default.
- W4284677798 creator A5048555629 @default.
- W4284677798 creator A5055454429 @default.
- W4284677798 creator A5055984526 @default.
- W4284677798 creator A5061743787 @default.
- W4284677798 creator A5082275123 @default.
- W4284677798 creator A5084877938 @default.
- W4284677798 creator A5085798806 @default.
- W4284677798 creator A5091434930 @default.
- W4284677798 date "2023-08-01" @default.
- W4284677798 modified "2023-10-14" @default.
- W4284677798 title "Arsenic and chromium resistance mechanisms in the Micrococcus luteus group" @default.
- W4284677798 cites W12278248 @default.
- W4284677798 cites W1545319228 @default.
- W4284677798 cites W1737139135 @default.
- W4284677798 cites W1854853651 @default.
- W4284677798 cites W1958058086 @default.
- W4284677798 cites W1965198786 @default.
- W4284677798 cites W1971655307 @default.
- W4284677798 cites W1980225697 @default.
- W4284677798 cites W1982227893 @default.
- W4284677798 cites W1987156223 @default.
- W4284677798 cites W1987329985 @default.
- W4284677798 cites W1993067870 @default.
- W4284677798 cites W1995259298 @default.
- W4284677798 cites W1995510650 @default.
- W4284677798 cites W1995845906 @default.
- W4284677798 cites W1998994107 @default.
- W4284677798 cites W2004548026 @default.
- W4284677798 cites W2005497187 @default.
- W4284677798 cites W2013740990 @default.
- W4284677798 cites W2037591442 @default.
- W4284677798 cites W2037651491 @default.
- W4284677798 cites W2041280790 @default.
- W4284677798 cites W2052123654 @default.
- W4284677798 cites W2053757925 @default.
- W4284677798 cites W2056669684 @default.
- W4284677798 cites W2060702047 @default.
- W4284677798 cites W2067388923 @default.
- W4284677798 cites W2079584903 @default.
- W4284677798 cites W2086936904 @default.
- W4284677798 cites W2090553396 @default.
- W4284677798 cites W2090815410 @default.
- W4284677798 cites W2108053853 @default.
- W4284677798 cites W2111211467 @default.
- W4284677798 cites W2119888547 @default.
- W4284677798 cites W2120902911 @default.
- W4284677798 cites W2127036970 @default.
- W4284677798 cites W2131271579 @default.
- W4284677798 cites W2138963914 @default.
- W4284677798 cites W2140281117 @default.
- W4284677798 cites W2142319381 @default.
- W4284677798 cites W2146756575 @default.
- W4284677798 cites W2155417864 @default.
- W4284677798 cites W2175094144 @default.
- W4284677798 cites W2204970928 @default.
- W4284677798 cites W2299910792 @default.
- W4284677798 cites W2330520379 @default.
- W4284677798 cites W2411561485 @default.
- W4284677798 cites W2479772138 @default.
- W4284677798 cites W2559514702 @default.
- W4284677798 cites W2561918600 @default.
- W4284677798 cites W2605307773 @default.
- W4284677798 cites W2610994034 @default.
- W4284677798 cites W2696164464 @default.
- W4284677798 cites W2767589915 @default.
- W4284677798 cites W2785021388 @default.
- W4284677798 cites W2793446862 @default.
- W4284677798 cites W2795978397 @default.
- W4284677798 cites W2800465924 @default.
- W4284677798 cites W2803744581 @default.
- W4284677798 cites W2900629010 @default.
- W4284677798 cites W2913609092 @default.
- W4284677798 cites W2914389235 @default.
- W4284677798 cites W2918860148 @default.
- W4284677798 cites W2936412750 @default.
- W4284677798 cites W2944076458 @default.
- W4284677798 cites W2947842910 @default.
- W4284677798 cites W2958835515 @default.
- W4284677798 cites W2971118311 @default.
- W4284677798 cites W3000669208 @default.
- W4284677798 cites W3083542596 @default.
- W4284677798 cites W3122229417 @default.
- W4284677798 cites W3127400239 @default.
- W4284677798 cites W3133013600 @default.
- W4284677798 cites W3135452407 @default.
- W4284677798 cites W4240924657 @default.
- W4284677798 doi "https://doi.org/10.1016/j.pedsph.2022.07.013" @default.
- W4284677798 hasPublicationYear "2023" @default.
- W4284677798 type Work @default.
- W4284677798 citedByCount "1" @default.
- W4284677798 countsByYear W42846777982023 @default.
- W4284677798 crossrefType "journal-article" @default.
- W4284677798 hasAuthorship W4284677798A5044055234 @default.
- W4284677798 hasAuthorship W4284677798A5044878564 @default.