Isolates were tested for antimicrobial susceptibility by gradient diffusion methodology (Etest, BioMériuex, St. Laurent QC).
Antimicrobial susceptibility (including the detection of ESBL activity) was determined using disk diffusion methodology in accordance with Clinical and Laboratory Standards Institute guidelines.
Using conventional NMR diffusion methodology, it is common to employ a single short delay, Δ, of about 50 ms in experiments.
The antimicrobial susceptibility patterns to ampicillin, chloramphenicol, co-trimoxazole, ciprofloxacin, nalidixic acid and ceftriaxone were determined by standard disk diffusion methodology.
However, due to the limited angular resolution of DTI the interest towards higher angular resolution diffusion MRI methodologies is increasing.
The development of diffusion-wave diagnostic methodologies and their implementation as laser infrared photothermal radiometric diagnostics for industrial materials NDT, has resulted in two emerging NDE/NDT technologies.
The final goal of diffusion-distance-based methodologies is to reduce the complexity of a given dataset while retaining original geometry as much as possible.
Antibiotic susceptibilities were determined by disk diffusion using CLSI methodology and breakpoints [ 10].
However, in these methodologies moisture diffusion is normally considered in the presence of intensive microwave energy.
Full Swing Gate Diffusion Input (FS-GDI) methodology is presented.
