Sentence examples for allow for the discrimination from inspiring English sources
This is important for considerations of differential diagnosis because cutoffs which allow for the discrimination between typical and atypical performance may not be suitable for discriminating between different types of atypical status. Figure 1 displays the ROC curves associated with seven of the ADHD symptom scales and their discrimination of cases of ADHD from cases of SLI.
In addition, the inclusion of two rapidly mutating Y-STR loci may allow for the discrimination of related individuals.
Alternatively, qPCR did not allow for the discrimination of 16S rRNA gene concentrations lower than 103 gene copies mL− 1 either in the dechlorinating mixed culture or in field samples.
Although SHG microscopy does not allow for the discrimination between DW segments with antiparallel internal polarization (because of its quadratic dependence on the susceptibility), a Néel type transition between the two segments should result in the SHG image as a low-intensity region.
Most of all it should allow for the discrimination of 3 subsets of patients with decreased, increased or normal ECFV.
Centrifugation was performed in the presence and absence of Mg2+ to allow for the discrimination of ER-associated proteins.
The accurate power measurement of the time-frequency analysis allowed for the discrimination of the subjects' hemodynamic patterns.
The SIMCA modelling, allowed for the discrimination between chromophores, with both spectral sets, i.e. excitation and emission, while using less pre-processing treatments.
This allows for the discrimination of effects that generalize across strains and those depending on an interaction of strain and GR genotype.
Digestion of the PCR products allows for the discrimination of the A, B and O alleles and is the easiest and most efficient way of genotyping at the ABO locus as well as determination of LOH [8], [38] [40].
In addition, cells were stained with anti-CD45-tricolor (Caltag Laboratories), allowing for the discrimination of leukocytes from nonleukocytes and thus eliminating any nonspecific binding of T cell surface markers on nonleukocytes.
