View Author
Jong, A. de
(Albertine de Jong)
metronidazole pylori metronidazole resistance resistance helicobacter pylori helicobacter condition cell viability protein antimicrob chemother strain microaerophilic incubation mutation oxygen protein synthesis microaerophilic conditions mtzr h oxygen conditions gerrit result edward chloramphenicol reversibility effect c.f.u synthesis reduction viability culture agent 37 8 c 16 metronidazole ml antibiotic .256 frxa gene microbiol rdxa gene presence kuster sequence smith tetracycline table study clarithromycin pathogen helicobacter pylori goodwin concentration broth mic values van der wouden oxygen-insensitive nadph nitroreductase oxygen tension experiment log c.f.u frxa genes agar dilution plate debets-ossenkopp nitroreductase analysis inactivation netherland kuiper promega reference oxidoreductase ferredoxin difference activation amoxycillin factor treatment vandenbroucke-graul treatment outcome symbol frxa protein graham
1 Most Recent Publications
|
Role of the rdxA and frxA genes in oxygen-dependent metronidazole resistance of Helicobacter pylori
(Article)
Gerrits, M.M. Wouden, E.J. van der Bax, D.A. Zwet, A.A. van Vliet, A.H.M. van Kusters, J.G. Thijs, J.C. Kuipers, E.J. Jong, A. de |
2004-01-01
|
