AbstractTwo immunologically non-cross-reactive types of mercury reductases were found among Gram-negative and two among Gram-positive mercury-resistant environmental bacteria. Mercury reductases were further discriminated by ‘spur’ formation immunodiffusion tests. Immunologically indistinguishable mercury reductases were found among strains belonging to phylogenetically distant genera. This suggests a horizontal transfer of mercury resistance genes between these strains
Plasmid-mediated horizontal gene transfer (HGT) is a major driver of genetic diversity in bacteria. ...
AbstractMercury, which is ubiquitous and recalcitrant to biodegradation processes, threatens human h...
Mercury-resistant bacteria are able to detoxify mercury by reducing highly toxic mercury ions (Hg')...
AbstractTwo immunologically non-cross-reactive types of mercury reductases were found among Gram-neg...
Mercury and its compounds are distributed widely across the earth. Many of the chemical forms of mer...
Thirty mercury-resistant (Hg-R) Bacillus strains were isolated from mercury-polluted sediment of Min...
In order to characterize the bacterial mercuric reductase (merA) gene, mercury resistant (Hgr) Esche...
AbstractStructural differences have been revealed among mercury reductases of immunologically unrela...
Gene encoding mercuric ion reductase, merA is a crucial component of the mer operon for reduction of...
Clinical mercury resistant (Hgr) Gram-negative bacteria carrying Gram-positive mercury reductase (me...
Mercury is a redox-active heavy metal that reacts with active thiols and depletes cellular antioxida...
Of a sample of 42 gram-negative Hg-resistant bacteria, three (a Pseudomonas fluorescens, a Klebsiell...
In order to characterize the bacterial mercuric reductase (merA) gene, mercury resistant (Hgr) Esche...
In an attempt to investigate the role of bacterial extrachromosomal genetic elements (bacteriophages...
Bacteria are able to adapt to heavy metals in contaminated environments, by developing specific mech...
Plasmid-mediated horizontal gene transfer (HGT) is a major driver of genetic diversity in bacteria. ...
AbstractMercury, which is ubiquitous and recalcitrant to biodegradation processes, threatens human h...
Mercury-resistant bacteria are able to detoxify mercury by reducing highly toxic mercury ions (Hg')...
AbstractTwo immunologically non-cross-reactive types of mercury reductases were found among Gram-neg...
Mercury and its compounds are distributed widely across the earth. Many of the chemical forms of mer...
Thirty mercury-resistant (Hg-R) Bacillus strains were isolated from mercury-polluted sediment of Min...
In order to characterize the bacterial mercuric reductase (merA) gene, mercury resistant (Hgr) Esche...
AbstractStructural differences have been revealed among mercury reductases of immunologically unrela...
Gene encoding mercuric ion reductase, merA is a crucial component of the mer operon for reduction of...
Clinical mercury resistant (Hgr) Gram-negative bacteria carrying Gram-positive mercury reductase (me...
Mercury is a redox-active heavy metal that reacts with active thiols and depletes cellular antioxida...
Of a sample of 42 gram-negative Hg-resistant bacteria, three (a Pseudomonas fluorescens, a Klebsiell...
In order to characterize the bacterial mercuric reductase (merA) gene, mercury resistant (Hgr) Esche...
In an attempt to investigate the role of bacterial extrachromosomal genetic elements (bacteriophages...
Bacteria are able to adapt to heavy metals in contaminated environments, by developing specific mech...
Plasmid-mediated horizontal gene transfer (HGT) is a major driver of genetic diversity in bacteria. ...
AbstractMercury, which is ubiquitous and recalcitrant to biodegradation processes, threatens human h...
Mercury-resistant bacteria are able to detoxify mercury by reducing highly toxic mercury ions (Hg')...