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• W2911726911 abstract "The biological oxidation of minerals and ores, called bioleaching, has been studied for the last decades to solubilize metals and recover them. In particular, iron sulfides are the most studied ores for an optimum extraction of different metals, such as copper or zinc. The use of chemolithotrophic bacteria, as Acidothiobacillus ferrooxidans, to oxidize both iron and sulfur species in aerobic conditions and at acidic pH shows promising results. In the field of heritage preservation, the development of green treatments is more and more studied. Waterlogged archeological wood presents an accumulation of iron sulfides within its structure, which, after exposition to oxygen, lead to salt precipitation and acidification and so to the degradation of the wooden artifact. A new extraction method, based on the dissolution of iron sulfides by the use of bacteria could be an alternative to the current chemical extraction methods, as being more respectful and ecological. While A. ferrooxidans is very effective in mines and groundwater, in the field of conservation-restoration of wood, Thiobacillus denitrificans is a better candidate as it grows at neutral pH, which is less aggressive for organic substrates (wood here). Preliminary studies show the efficiency of T. denitrificans for the dissolution of iron sulfides, as the concentration of nitrates used as electron donors decreases while the concentration of sulfates produced increases without degrading the wooden matrix. Long-term behavior should be studied to assess the stability of the artifacts after treatment." @default.
• W2911726911 created "2019-02-21" @default.
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• W2911726911 date "2019-01-01" @default.
• W2911726911 modified "2023-09-23" @default.
• W2911726911 title "Biological oxidation of iron sulfides" @default.
• W2911726911 cites W1490749429 @default.
• W2911726911 cites W1499657035 @default.
• W2911726911 cites W1510078631 @default.
• W2911726911 cites W1544288079 @default.
• W2911726911 cites W1550534596 @default.
• W2911726911 cites W1568166854 @default.
• W2911726911 cites W1570100150 @default.
• W2911726911 cites W1964194799 @default.
• W2911726911 cites W1966013340 @default.
• W2911726911 cites W1966762043 @default.
• W2911726911 cites W1970110196 @default.
• W2911726911 cites W1972725638 @default.
• W2911726911 cites W1979290418 @default.
• W2911726911 cites W1979754943 @default.
• W2911726911 cites W1981341991 @default.
• W2911726911 cites W1983134170 @default.
• W2911726911 cites W1983951426 @default.
• W2911726911 cites W1984257790 @default.
• W2911726911 cites W1997236408 @default.
• W2911726911 cites W1998494150 @default.
• W2911726911 cites W2003921621 @default.
• W2911726911 cites W2011832392 @default.
• W2911726911 cites W2011892305 @default.
• W2911726911 cites W2013697282 @default.
• W2911726911 cites W2016076443 @default.
• W2911726911 cites W2016458275 @default.
• W2911726911 cites W2016838744 @default.
• W2911726911 cites W2021739157 @default.
• W2911726911 cites W2024993957 @default.
• W2911726911 cites W2025503298 @default.
• W2911726911 cites W2026624689 @default.
• W2911726911 cites W2030907436 @default.
• W2911726911 cites W2030977017 @default.
• W2911726911 cites W2033160747 @default.
• W2911726911 cites W2033303168 @default.
• W2911726911 cites W2038139038 @default.
• W2911726911 cites W2039791126 @default.
• W2911726911 cites W2040154656 @default.
• W2911726911 cites W2042600139 @default.
• W2911726911 cites W2046232945 @default.
• W2911726911 cites W2047655464 @default.
• W2911726911 cites W2047676509 @default.
• W2911726911 cites W2047735969 @default.
• W2911726911 cites W2048015576 @default.
• W2911726911 cites W2050007927 @default.
• W2911726911 cites W2051114284 @default.
• W2911726911 cites W2054291861 @default.
• W2911726911 cites W2056309077 @default.
• W2911726911 cites W2057826037 @default.
• W2911726911 cites W2059463753 @default.
• W2911726911 cites W2061113703 @default.
• W2911726911 cites W2061331260 @default.
• W2911726911 cites W2066272565 @default.
• W2911726911 cites W2067963658 @default.
• W2911726911 cites W2074608694 @default.
• W2911726911 cites W2082562526 @default.
• W2911726911 cites W2103188938 @default.
• W2911726911 cites W2105769874 @default.
• W2911726911 cites W2110979082 @default.
• W2911726911 cites W2114985429 @default.
• W2911726911 cites W2117719113 @default.
• W2911726911 cites W2128221286 @default.
• W2911726911 cites W2132581380 @default.
• W2911726911 cites W2141447208 @default.
• W2911726911 cites W2149283314 @default.
• W2911726911 cites W2162339138 @default.
• W2911726911 cites W2164703957 @default.
• W2911726911 cites W2164708321 @default.
• W2911726911 cites W2167314251 @default.
• W2911726911 cites W2171988522 @default.
• W2911726911 cites W2191168267 @default.
• W2911726911 cites W2206050872 @default.
• W2911726911 cites W2320572836 @default.
• W2911726911 cites W2336717384 @default.
• W2911726911 cites W2376788620 @default.
• W2911726911 cites W2530385257 @default.
• W2911726911 cites W2593197606 @default.
• W2911726911 cites W2783875166 @default.
• W2911726911 cites W2788120513 @default.
• W2911726911 cites W2791577605 @default.
• W2911726911 cites W2799890442 @default.
• W2911726911 cites W2886374824 @default.
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• W2911726911 doi "https://doi.org/10.1016/bs.aambs.2018.12.002" @default.
• W2911726911 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31128745" @default.
• W2911726911 hasPublicationYear "2019" @default.
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