| MANDL, Martin, Blanka POKORNÁ, Pavla GAVLASOVÁ, Šárka HELÁNOVÁ, Pavel BOUCHAL, Oldřich JANICZEK and Kevin HALLBERG. Arsenic toxicity in bacterial oxidation of elemental sulfur. In Biometals 2004. Lubeck: University of Lubeck, 2004, p. 153. |
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@inproceedings{566784,
author = {Mandl, Martin and Pokorná, Blanka and Gavlasová, Pavla and Helánová, Šárka and Bouchal, Pavel and Janiczek, Oldřich and Hallberg, Kevin},
address = {Lubeck},
booktitle = {Biometals 2004},
keywords = {Arsenic toxicity; sulfur oxidation},
language = {eng},
location = {Lubeck},
pages = {153-153},
publisher = {University of Lubeck},
title = {Arsenic toxicity in bacterial oxidation of elemental sulfur},
year = {2004}
}
TY - JOUR
ID - 566784
AU - Mandl, Martin - Pokorná, Blanka - Gavlasová, Pavla - Helánová, Šárka - Bouchal, Pavel - Janiczek, Oldřich - Hallberg, Kevin
PY - 2004
TI - Arsenic toxicity in bacterial oxidation of elemental sulfur
PB - University of Lubeck
CY - Lubeck
KW - Arsenic toxicity
KW - sulfur oxidation
N2 - Arsenic ions are released in the environment during bacterial arsenopyrite oxidation in sulfide wastes or biohydrometallurgy. Elemental sulfur can be formed as an intermediate during arsenopyrite oxidation. Its further biooxidation to sulfuric acid is inhibited by arsenic ions. The arsenic effects on bacterial iron oxidation have been previously described. This study investigated the inhibitory effects of arsenic on the oxidation of elemental sulfur by Acidithiobacillus ferrooxidans.
ER -
MANDL, Martin, Blanka POKORNÁ, Pavla GAVLASOVÁ, Šárka HELÁNOVÁ, Pavel BOUCHAL, Oldřich JANICZEK and Kevin HALLBERG. Arsenic toxicity in bacterial oxidation of elemental sulfur. In \textit{Biometals 2004}. Lubeck: University of Lubeck, 2004, p.~153.
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