2011Microbiology, ChinaRequires access

Isolation and identification of manganese-oxidizing bacterium and its manganes oxidation characteristics

Li Ting

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Abstract

The selective media were used to isolate and screen the manganese-oxidizing bacteria.A high efficiency manganese-oxidizing bacterium(MN1405) was selected from manganese ores.According to the morphological features,physiological and biochemical characteristics and the sequence analysis of 16S rRNA gene,MN1405 was identified as Arthrobacter echigonensis.Under the cultural conditions,the manganese removal rate in the medium by MN1405 was reached 93.38%.The culture that was ob-tained from the bacterium also had a good manganese removal effects.

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What this paper is about

The selective media were used to isolate and screen the manganese-oxidizing bacteria.A high efficiency manganese-oxidizing bacterium(MN1405) was selected from manganese ores.According to the morphological features,physiological and biochemical characteristics and the sequence analysis of 16S rRNA gene,MN1405 was identified as Arthrobacter echigonensis.Under the cultural conditions,the manganese removal rate in the medium by MN1405 was reached 93.38%.The culture that was ob-tained from the bacterium also had a good manganese removal effects.

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Available abstract

The selective media were used to isolate and screen the manganese-oxidizing bacteria.A high efficiency manganese-oxidizing bacterium(MN1405) was selected from manganese ores.According to the morphological features,physiological and biochemical characteristics and the sequence analysis of 16S rRNA gene,MN1405 was identified as Arthrobacter echigonensis.Under the cultural conditions,the manganese removal rate in the medium by MN1405 was reached 93.38%.The culture that was ob-tained from the bacterium also had a good manganese removal effects.

Key concepts: Manganese, Oxidizing agent, Bacteria, 16S ribosomal RNA, Arthrobacter, Isolation (microbiology), Chemistry, Environmental chemistry

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