In this review, we summarize the important recent findings relating to arsenate respiration by bacteria. A brief discussion of freshwater arsenic cycling is provided, with attention placed on the microbial contributions to this cycle. The basic evidence for microbial growth on arsenate is presented for studies with both consortia and isolates, followed by a summary of the physiology and phytogeny of four arsenate-respiring bacteria: Chrysiogenes arsenatis strain BAL-1T, Desulfotomaculum auripigmentum strain OREX-4, Sulfurospirillum arsenophilus strain MIT-13, and S. barnesii strain SES-3. Drawing on biochemical studies of the arsenate reductasefrom S. barnesii strain SES-3, a preliminary model for growth on arsenate is proposed. We conclude...
ABSTRACT: Microbes play an important role in arsenic transformation and cycling in the environment. ...
Microbial arsenate respiration contributes to the mobilization of arsenic from the solid to the solu...
Arsenate-reducing microorganisms may mobilize arsenic into groundwater. Phylogenetic DNA sequence in...
In this review, we summarize the important recent findings relating to arsenate respiration by bacte...
Abstract:1)Although, microbial arsenic mobilization by dissimilatory arsenate-reducing bacteria (DAR...
Arsenic in groundwater and private wells used for drinking water is a public health concern in the U...
Although arsenic is ubiquitous in the environment, certain forms of arsenic are added deliberately i...
This is an investigation into the microbially mediated processes involved in the transformation of a...
This is an investigation into the microbially mediated processes involved in the transformation of a...
The capacity to couple growth to arsenate [As(V)] reduction may be widespread in soil bacteria. Micr...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Civil and Environmental Engineering...
Although arsenic is a trace element in terms of its natural abundance, it nonetheless has a common ...
Oxyanions of arsenic and selenium can be used in microbial anaerobic respiration as terminal electro...
The aim of this study was characterization of the isolated dissimilatory arsenate reducing bacteria ...
Microbial arsenate respiration contributes to the mobilization of arsenic from the solid to the solu...
ABSTRACT: Microbes play an important role in arsenic transformation and cycling in the environment. ...
Microbial arsenate respiration contributes to the mobilization of arsenic from the solid to the solu...
Arsenate-reducing microorganisms may mobilize arsenic into groundwater. Phylogenetic DNA sequence in...
In this review, we summarize the important recent findings relating to arsenate respiration by bacte...
Abstract:1)Although, microbial arsenic mobilization by dissimilatory arsenate-reducing bacteria (DAR...
Arsenic in groundwater and private wells used for drinking water is a public health concern in the U...
Although arsenic is ubiquitous in the environment, certain forms of arsenic are added deliberately i...
This is an investigation into the microbially mediated processes involved in the transformation of a...
This is an investigation into the microbially mediated processes involved in the transformation of a...
The capacity to couple growth to arsenate [As(V)] reduction may be widespread in soil bacteria. Micr...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Civil and Environmental Engineering...
Although arsenic is a trace element in terms of its natural abundance, it nonetheless has a common ...
Oxyanions of arsenic and selenium can be used in microbial anaerobic respiration as terminal electro...
The aim of this study was characterization of the isolated dissimilatory arsenate reducing bacteria ...
Microbial arsenate respiration contributes to the mobilization of arsenic from the solid to the solu...
ABSTRACT: Microbes play an important role in arsenic transformation and cycling in the environment. ...
Microbial arsenate respiration contributes to the mobilization of arsenic from the solid to the solu...
Arsenate-reducing microorganisms may mobilize arsenic into groundwater. Phylogenetic DNA sequence in...