Although an important micronutrient for many living organisms, manganese (Mn) can become a health and environmental problem at high concentrations. The element is usually found in wastewaters and drainages of different industrial sectors and its removal is notoriously difficult because of the high stability of theMn (II) ion in aqueous solutions. The treatment ofMn-laden wastewaters may include microorganisms that catalyze Mn oxidation by either enzymatic or non-enzymatic pathways. In this context, this mini-review discusses the mechanisms by which fungi and bacteria promoteMn bioremediation
Organisms, in general, respond to environmental stress by altering their pattern of protein expressi...
Manganese (II) and manganese-oxidizing bacteria were used as an efficient biological system for the ...
This research characterized the Mn(II) oxidizing bacterial populations in a freshwater creek and a s...
Manganese (Mn), as a cofactor of multiple enzymes, exhibits great significance to the human body, pl...
Manganese is known to be one of the essential trace elements and has plenty of applications. Inspite...
Bioremediation of manganese (Mn) is notoriously difficult to achieve because of the high stability o...
Abstract: In the natural environment, manganese is found as reduced soluble or adsorbed Mn(II) and i...
Biological treatments based on Mn-oxidizing bacteria can effectively remove Mn from contaminated wat...
The importance of manganese in the physiology of marine microbes, the biogeochemistry of the ocean a...
ABSTRACT. A wide variety of micro-organisms promote the oxidation or reduction of manganese, through...
Biomineralization of manganese on titanium condenser material exposed to seawater has been illustrat...
Biomineralization of manganese on titanium condenser material exposed to seawater has been illustrat...
Bioremediation is a method of removing manganese from wastewaters, and many bacterial species with a...
Despite the environmental significance of microbial manganese reduction, the molecular mechanism of ...
The presence of manganese (Mn) in drinking water causes aesthetic, operational, and health problems....
Organisms, in general, respond to environmental stress by altering their pattern of protein expressi...
Manganese (II) and manganese-oxidizing bacteria were used as an efficient biological system for the ...
This research characterized the Mn(II) oxidizing bacterial populations in a freshwater creek and a s...
Manganese (Mn), as a cofactor of multiple enzymes, exhibits great significance to the human body, pl...
Manganese is known to be one of the essential trace elements and has plenty of applications. Inspite...
Bioremediation of manganese (Mn) is notoriously difficult to achieve because of the high stability o...
Abstract: In the natural environment, manganese is found as reduced soluble or adsorbed Mn(II) and i...
Biological treatments based on Mn-oxidizing bacteria can effectively remove Mn from contaminated wat...
The importance of manganese in the physiology of marine microbes, the biogeochemistry of the ocean a...
ABSTRACT. A wide variety of micro-organisms promote the oxidation or reduction of manganese, through...
Biomineralization of manganese on titanium condenser material exposed to seawater has been illustrat...
Biomineralization of manganese on titanium condenser material exposed to seawater has been illustrat...
Bioremediation is a method of removing manganese from wastewaters, and many bacterial species with a...
Despite the environmental significance of microbial manganese reduction, the molecular mechanism of ...
The presence of manganese (Mn) in drinking water causes aesthetic, operational, and health problems....
Organisms, in general, respond to environmental stress by altering their pattern of protein expressi...
Manganese (II) and manganese-oxidizing bacteria were used as an efficient biological system for the ...
This research characterized the Mn(II) oxidizing bacterial populations in a freshwater creek and a s...