AbstractThe Bacteroides fragilis Zn-β-lactamase is active with a mono- and a binuclear zinc site. The apoenzyme produced by removal of both Zn ions does not recover full activity upon readdition of Zn2+ in contrast to an active mono-Zn form prepared at pH 6.0. Differences in kcat values observed are substrate-dependent implying distinct mechanisms for the mono- and binuclear species. The substrate profile of a Zn,Cd hybrid obtained by selective exchange of one zinc ion is different from that of the Zn2 enzyme with a remarkable 15-fold increased activity with cefoxitin as substrate
Two Zn2+ binding sites were found in the Aeromonas hydrophila AE036 metallo-beta-lactamase. The affi...
peer reviewedbeta-Lactamases are extracellular or periplasmic bacterial enzymes which confer resista...
Biomimetic systems containing one or two zinc(II) ions supported by phenolate ligands were developed...
The Bacteroides fragilis Zn-beta-lactamase is active with a mono- and a binuclear zinc site. The apo...
AbstractThe Bacteroides fragilis Zn-β-lactamase is active with a mono- and a binuclear zinc site. Th...
Metallo-b-lactamases are important as a major source of resistance of pathogenic bacteria to the wid...
When expressed by pathogenic bacteria, Zn2+-beta-lactamases induce resistance to most beta-lactam an...
AbstractBackground: The metallo-β-lactamase from Bacteroides fragilis hydrolyzes a wide range of β-l...
When expressed by pathogenic bacteria, Zn2+-β-lactamases induce resistance to most β-lactam antibiot...
The metallo-b-lactamase BcII from Bacillus cereus 569/H/9 possesses a binuclear zinc centre. The mon...
Metallo-beta-lactamases catalyze the hydrolysis of most beta-lactam antibiotics and hence represent ...
AbstractBackground: The metallo-β-lactamase from Bacteroides fragilis hydrolyzes a wide range of β-l...
International audienceThe b-lactamases are involved in bacterial resistance to penicillin and relate...
International audienceThe b-lactamases are involved in bacterial resistance to penicillin and relate...
International audienceThe b-lactamases are involved in bacterial resistance to penicillin and relate...
Two Zn2+ binding sites were found in the Aeromonas hydrophila AE036 metallo-beta-lactamase. The affi...
peer reviewedbeta-Lactamases are extracellular or periplasmic bacterial enzymes which confer resista...
Biomimetic systems containing one or two zinc(II) ions supported by phenolate ligands were developed...
The Bacteroides fragilis Zn-beta-lactamase is active with a mono- and a binuclear zinc site. The apo...
AbstractThe Bacteroides fragilis Zn-β-lactamase is active with a mono- and a binuclear zinc site. Th...
Metallo-b-lactamases are important as a major source of resistance of pathogenic bacteria to the wid...
When expressed by pathogenic bacteria, Zn2+-beta-lactamases induce resistance to most beta-lactam an...
AbstractBackground: The metallo-β-lactamase from Bacteroides fragilis hydrolyzes a wide range of β-l...
When expressed by pathogenic bacteria, Zn2+-β-lactamases induce resistance to most β-lactam antibiot...
The metallo-b-lactamase BcII from Bacillus cereus 569/H/9 possesses a binuclear zinc centre. The mon...
Metallo-beta-lactamases catalyze the hydrolysis of most beta-lactam antibiotics and hence represent ...
AbstractBackground: The metallo-β-lactamase from Bacteroides fragilis hydrolyzes a wide range of β-l...
International audienceThe b-lactamases are involved in bacterial resistance to penicillin and relate...
International audienceThe b-lactamases are involved in bacterial resistance to penicillin and relate...
International audienceThe b-lactamases are involved in bacterial resistance to penicillin and relate...
Two Zn2+ binding sites were found in the Aeromonas hydrophila AE036 metallo-beta-lactamase. The affi...
peer reviewedbeta-Lactamases are extracellular or periplasmic bacterial enzymes which confer resista...
Biomimetic systems containing one or two zinc(II) ions supported by phenolate ligands were developed...