Sentence examples for resistance control from inspiring English sources
In ICU settings with a low prevalence of epidemic resistant strains, the main strategy for resistance control should focus on the design of targeted regimens to avoid the development of resistance.
However, resistance has also been found in the absence of antibiotic exposure, such as in bacteria from wildlife, raising a question about the mechanisms of emergence and persistence of resistant strains under similar conditions, and the implications for resistance control strategies.
Epidemiologic surveillance of antimicrobial resistance is indispensable for empirically treating infections, implementing resistance control measures, and preventing the spread of antimicrobial-resistant microorganisms (21 ).
As a result of a resistance control programme started in 2003 in 38 French teaching hospitals, vancomycin-resistant enterococci and carbapenemase-producing Enterobacteriaceae cases were controlled while MRSA incidence declined by two thirds; however, a dramatic increase in the percentage of ESBL-positive Enterobacteriaceae was noted [ 4].
Notable examples of his work include the game theory of vaccination choices, the spatial spread of epidemics, and the theory of antibiotic resistance control.
Theoretical potentiodynamic current/potential curves for a film formation process under an ohmic resistance control are given.
The three selected NILs, HB13002-5-30-10, HB13002-5-31-24 and HB13002-50-9-7, were also resistant against BPH, similar to the resistance controls, with scores of 2.3, 2.3 and 3.0, respectively.
Under certain conditions the electrochemical reactions become ohmic resistance controlled.
The GIC effective input impedance, which is controlled by the gas sensor resistance, controls the astable output frequency.
The results suggest the split packing design to be more suitable for gas side mass transfer resistance controlled systems.
This chapter analyzes the performance of fixed-bed reactors and discusses the importance of identifying the resistance controlling the rate of reactant consumption or product formation.
