Barnard, Faye M., Maxwell, Anthony
DNA gyrase is a target of quinolone antibacterial agents, but the molecular details of the quinolone-gyrase interaction are not clear. Quinolone resistance mutations frequently occur at residues...
Noble, Christian G., Barnard, Faye M., Maxwell, Anthony
We have investigated the interaction of quinolones with DNA by a number of methods to establish whether a particular binding mode correlates with quinolone potency. The specificities of the...
Loughlin, Michael F., Barnard, Faye M., Jenkins, David, Sharples, Gary J., Jenks, Peter J.
Homologous recombination contributes to the extraordinary genetic diversity of Helicobacter pylori and may be critical for surface antigen expression and adaptation to environmental challenges within...
Barnard, Faye M., Maxwell, Anthony
DNA gyrase is a target of quinolone antibacterial agents, but the molecular details of the quinolone-gyrase interaction are not clear. Quinolone resistance mutations frequently occur at residues...
Noble, Christian G., Barnard, Faye M., Maxwell, Anthony
We have investigated the interaction of quinolones with DNA by a number of methods to establish whether a particular binding mode correlates with quinolone potency. The specificities of the...
Loughlin, Michael F., Barnard, Faye M., Jenkins, David, Sharples, Gary J., Jenks, Peter J.
Homologous recombination contributes to the extraordinary genetic diversity of Helicobacter pylori and may be critical for surface antigen expression and adaptation to environmental challenges within...