CH34 is a model heavy metal-resistant bacterium, but possesses a low resistance to mercury compounds. (0.10 and 0.15 mM) was completely volatilized by strain MSR33 from the polluted waters in presence of thioglycolate (5 mM) after 2 h. CH34. Strain MSR33 is capable to remove mercury from polluted waters. This is the first study to use an IncP-1β plasmid directly isolated from the environment, to generate a novel and stable bacterial strain useful for mercury bioremediation
This study was aimed to isolate Hg-resistant bacteria from contaminated sediments of the Orbetello L...
Abstract Mercury, which is ubiquitous and recalcitrant to biodegradation processes, threatens human ...
Heavy metal pollution of soil, particularly by mercury (Hg), is a problem that can seriously affect ...
CH34 is a model heavy metal-resistant bacterium, but possesses a low resistance to mercury compound...
BACKGROUND: Mercury-polluted environments are often contaminated with other heavy metals. Therefore,...
New bacterial strains resistant to high concentration of mercury were obtained and character iz ed f...
The Pseudomonas putida strain SP1 was isolated from marine environment and was found to be resist &c...
To successfully clean and recycle heavy metal-contaminated wastewater, we developed a fast, simple, ...
© 2015 Elsevier Ltd. A mercury resistant bacterial strain, SA2, was isolated from soil contaminated ...
Mercury pollution is a major environmental problem that arises as a result of natural processes as w...
Bacteria are able to adapt to heavy metals in contaminated environments, by developing specific mech...
The water and soils pollution due to mercury emissions from mining industries represents a serious e...
Mercury is one of the most poisonous elements found on earth bonded to sulfhydryl groups of enzymes ...
Bioremediation of toxic substances includes microbe-mediated enzymatic transformation of toxicants t...
Mercury-resistant bacteria are able to detoxify mercury by reducing highly toxic mercury ions (Hg')...
This study was aimed to isolate Hg-resistant bacteria from contaminated sediments of the Orbetello L...
Abstract Mercury, which is ubiquitous and recalcitrant to biodegradation processes, threatens human ...
Heavy metal pollution of soil, particularly by mercury (Hg), is a problem that can seriously affect ...
CH34 is a model heavy metal-resistant bacterium, but possesses a low resistance to mercury compound...
BACKGROUND: Mercury-polluted environments are often contaminated with other heavy metals. Therefore,...
New bacterial strains resistant to high concentration of mercury were obtained and character iz ed f...
The Pseudomonas putida strain SP1 was isolated from marine environment and was found to be resist &c...
To successfully clean and recycle heavy metal-contaminated wastewater, we developed a fast, simple, ...
© 2015 Elsevier Ltd. A mercury resistant bacterial strain, SA2, was isolated from soil contaminated ...
Mercury pollution is a major environmental problem that arises as a result of natural processes as w...
Bacteria are able to adapt to heavy metals in contaminated environments, by developing specific mech...
The water and soils pollution due to mercury emissions from mining industries represents a serious e...
Mercury is one of the most poisonous elements found on earth bonded to sulfhydryl groups of enzymes ...
Bioremediation of toxic substances includes microbe-mediated enzymatic transformation of toxicants t...
Mercury-resistant bacteria are able to detoxify mercury by reducing highly toxic mercury ions (Hg')...
This study was aimed to isolate Hg-resistant bacteria from contaminated sediments of the Orbetello L...
Abstract Mercury, which is ubiquitous and recalcitrant to biodegradation processes, threatens human ...
Heavy metal pollution of soil, particularly by mercury (Hg), is a problem that can seriously affect ...