-transparent.png){kind=logo}
During a 36-month period, 28 patients treated for infections due to amikacin-susceptible Pseudomonas aeruginosa subsequently developed infections or colonization with amikacin-resistant P aeruginosa at the same site. Eleven amikacin-susceptible/-resistant pairs of isolates were analyzed for aminoglycoside-inactivating enzymes, plasmid profiles, cellular proteins, outer membrane proteins (OMPs), lipopolysaccharide (LPS) profiles, and amikacin uptake. While clearly distinct from isolates of other patients, sensitive and resistant isolates from the same patients were indistinguishable in plasmid profile, LPS profiles, and OMPs. These results suggest that the resistant P aeruginosa isolates were derived from the sensitive isolates. None of the resistant isolates produced enzymes known to inactivate amikacin. In nine of 11 resistant isolates tested, transport of amikacin into P aeruginosa was reduced. A major mechanism of in vivo development of amikacin resistance in P aeruginosa is alteration in permeability to amikacin, but the aquisition of plasmids or changes in OMPs or LPS profile may not account for this phenomenon.
J Maloney, and
D Rimland, and
D S Stephens, and
P Terry, and
A M Whitney
March 1977,
Lancet (London, England),
J Maloney, and
D Rimland, and
D S Stephens, and
P Terry, and
A M Whitney
January 2021,
Frontiers in microbiology,
J Maloney, and
D Rimland, and
D S Stephens, and
P Terry, and
A M Whitney
January 2017,
Microbial drug resistance (Larchmont, N.Y.),
J Maloney, and
D Rimland, and
D S Stephens, and
P Terry, and
A M Whitney
June 1993,
The Journal of antimicrobial chemotherapy,
J Maloney, and
D Rimland, and
D S Stephens, and
P Terry, and
A M Whitney
January 2018,
Infection and drug resistance,
J Maloney, and
D Rimland, and
D S Stephens, and
P Terry, and
A M Whitney
January 2014,
Future microbiology,
J Maloney, and
D Rimland, and
D S Stephens, and
P Terry, and
A M Whitney
October 2004,
Clinical microbiology and infection : the official publication of the European Society of Clinical Microbiology and Infectious Diseases,
J Maloney, and
D Rimland, and
D S Stephens, and
P Terry, and
A M Whitney
November 2021,
Antibiotics (Basel, Switzerland),
J Maloney, and
D Rimland, and
D S Stephens, and
P Terry, and
A M Whitney
September 1982,
Lancet (London, England),
J Maloney, and
D Rimland, and
D S Stephens, and
P Terry, and
A M Whitney
June 2018,
Diagnostic microbiology and infectious disease,
