Chromium(VI) reduction has been carried out by a variety of molecules of cellular and soil importance, such as thiol containing ones, ascorbic acid, saccharides and their derivatives, and nucleotides and their components using absorption spectroscopy. Based on the absorption data, the reductive abilities of these molecules have been obtained and the trend has been found to be ascorbic acid > thiols >> saccharides > nucleotides
Chromium(III)-containing products were isolated from the reduction of chromate using molecules posse...
ii Reduction of hexavalent chromium (Cr(VI)) influences the chemical behavior of Cr in a variety of ...
Purpose of review hexavalent chromium, cr(vi), and trivalent chromium, cr(iii), are two chromium com...
Chromium(VI) reduction has been carried out by a variety of molecules of cellular and soil importanc...
The reductive abilities of a variety of biomimicking molecules, including OH-containing ones such as...
In order to understand chromate reductase activity (CRA), related to cellular carcinogenecity and me...
Chromate is readily reduced by various saccharides under different experimental conditions, and its ...
Chromate is readily reduced by various saccharides under different experimental conditions, and its ...
<div><p>This study was conducted to determine the microbe-chromate [Cr(VI)] interaction and the effe...
The reduction of potassium chromate has been carried out with a variety of OH-containing compounds a...
The reduction of potassium chromate has been carried out with a variety of OH-containing compounds a...
Hexavalent chromium is a toxic heavy metal in environment. To remove it from the system, reduction t...
The kinetics of the reduction of Cr(VI) to Cr(III) by vitamin C was studied using potassium dichroma...
Hexavalent chromium, a carcinogen and mutagen, can be reduced to Cr(III) by Desulfovibrio vulgaris N...
Interactions of toxic D(VI) with renewable biomaterials are considered an important pathway for Cr(V...
Chromium(III)-containing products were isolated from the reduction of chromate using molecules posse...
ii Reduction of hexavalent chromium (Cr(VI)) influences the chemical behavior of Cr in a variety of ...
Purpose of review hexavalent chromium, cr(vi), and trivalent chromium, cr(iii), are two chromium com...
Chromium(VI) reduction has been carried out by a variety of molecules of cellular and soil importanc...
The reductive abilities of a variety of biomimicking molecules, including OH-containing ones such as...
In order to understand chromate reductase activity (CRA), related to cellular carcinogenecity and me...
Chromate is readily reduced by various saccharides under different experimental conditions, and its ...
Chromate is readily reduced by various saccharides under different experimental conditions, and its ...
<div><p>This study was conducted to determine the microbe-chromate [Cr(VI)] interaction and the effe...
The reduction of potassium chromate has been carried out with a variety of OH-containing compounds a...
The reduction of potassium chromate has been carried out with a variety of OH-containing compounds a...
Hexavalent chromium is a toxic heavy metal in environment. To remove it from the system, reduction t...
The kinetics of the reduction of Cr(VI) to Cr(III) by vitamin C was studied using potassium dichroma...
Hexavalent chromium, a carcinogen and mutagen, can be reduced to Cr(III) by Desulfovibrio vulgaris N...
Interactions of toxic D(VI) with renewable biomaterials are considered an important pathway for Cr(V...
Chromium(III)-containing products were isolated from the reduction of chromate using molecules posse...
ii Reduction of hexavalent chromium (Cr(VI)) influences the chemical behavior of Cr in a variety of ...
Purpose of review hexavalent chromium, cr(vi), and trivalent chromium, cr(iii), are two chromium com...