Bacteria play a vital role in bringing about Mn(II) oxidation in the natural environment. A study was conducted to identify the potential threat offered by these bacteria in bringing about biomineralisation of manganese dioxide on titanium surfaces exposed to seawater. During the study it was observed that the bacteria such as Pseudomonas and Bacillus formed brown colonies on agar plates amended with Mn2+ indicating their ability to oxidize Mn(II). These colonies showed distinct morphologies when grown on plates containing Mn(II) while they formed normal colonies in the absence of Mn.(II).Hence it is possible that these morphologically distinct structures produced by the bacterial colonies assist these bacteria to perform this function of M...
Implication of manganese-oxidizers in corrosion of various alloys stimulated the investigators to c...
Bacterial oxidation of Mn(II) impacts the global geochemical cycling of carbon, nitrogen, sulfur, nu...
Manganese oxide minerals are among the strongest sorbents and oxidants in the environment. The forma...
Bacteria play a vital role in bringing about Mn(II) oxidation in the natural environment. A study wa...
Bacteria play a vital role in bringing about Mn(II) oxidation in the natural environment. A study wa...
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...
ABSTRACT. A wide variety of micro-organisms promote the oxidation or reduction of manganese, through...
Manganese-oxidizing bacteria in the aquatic environment have been comprehensively investigated. Howe...
A 2-year long study was carried out to isolate and characterise various bacterial species present in...
Bacterial spores are renowned for their longevity, ubiquity, and resistance to environmental insults...
Bacillus sp. strain SG-1 is a marine bacterial species isolated from a near-shore manganese sediment...
Biogenic Mn oxides are expected to have great potential in the control of water pollution due to the...
Pseudomonas putida strain MnB1, a biofilm forming bacteria, was used as a model for the study of bac...
The marine Bacillus sp. strain SG-1 produces dormant spores that catalyze the oxidation of soluble M...
Implication of manganese-oxidizers in corrosion of various alloys stimulated the investigators to c...
Bacterial oxidation of Mn(II) impacts the global geochemical cycling of carbon, nitrogen, sulfur, nu...
Manganese oxide minerals are among the strongest sorbents and oxidants in the environment. The forma...
Bacteria play a vital role in bringing about Mn(II) oxidation in the natural environment. A study wa...
Bacteria play a vital role in bringing about Mn(II) oxidation in the natural environment. A study wa...
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...
ABSTRACT. A wide variety of micro-organisms promote the oxidation or reduction of manganese, through...
Manganese-oxidizing bacteria in the aquatic environment have been comprehensively investigated. Howe...
A 2-year long study was carried out to isolate and characterise various bacterial species present in...
Bacterial spores are renowned for their longevity, ubiquity, and resistance to environmental insults...
Bacillus sp. strain SG-1 is a marine bacterial species isolated from a near-shore manganese sediment...
Biogenic Mn oxides are expected to have great potential in the control of water pollution due to the...
Pseudomonas putida strain MnB1, a biofilm forming bacteria, was used as a model for the study of bac...
The marine Bacillus sp. strain SG-1 produces dormant spores that catalyze the oxidation of soluble M...
Implication of manganese-oxidizers in corrosion of various alloys stimulated the investigators to c...
Bacterial oxidation of Mn(II) impacts the global geochemical cycling of carbon, nitrogen, sulfur, nu...
Manganese oxide minerals are among the strongest sorbents and oxidants in the environment. The forma...