Sentence examples for quantity corresponding to a from inspiring English sources

In fact, nowhere in the cortex is there any real single quantity corresponding to a population vector; rather, a population vector is a computational and conceptual tool serving as a condensed representation of distributed neuronal activity.

Functional concordance was then measured as a binary quantity, corresponding to whether or not a putative orthologous sequence had the same inferred function as its cognate human sequence.

When paralogous sequences are intermixed with orthologous sequences, the proportion of segregating sites k is biased upward by a quantity corresponding to ε. ε is a constant independent of the number of genotypes analysed, while k will increase with the number of haploid genomes analysed, thus resulting in a reduction of ε relative to k.

Of these, a quantity corresponding to 30 mg protein was used for the measurement of ChE.

The results indicate that the physical quantity corresponding to the product of amplitude and frequency is an important component of what people perceive as frequency.

Here, the quantity corresponding to cos ( π Φ ext / Φ 0 ) is always positive regardless of convention.

It is shown that the quantity corresponding to the standard deviation of the threshold voltage is derived from the peak value of the ON/OFF current ratio.

As in the previous example, the quantity corresponding to the call option is fixed to the capacity of the generation unit for the sake of illustration.

Meaningful use implies "providers need to show they're using certified EHR technology in ways that can be measured significantly in quality and in quantity", corresponding to quality of the adoption of EHR systems [17].

Each 20 μl reaction contained 0.5 μM of each forward and reverse primer (for gene-specific primer sequences used in qRT-PCR, see Additional file 9 Table S7), and cDNA quantity corresponding to 50 ng of RNA.

Observational uncertainty means that the values of the quantities we observe differ from the actual physical values, i.e. y o b s = y p h y s + 𝜖 o b s, where y o b s is the observed quantity corresponding to y p h y s and 𝜖 o b s is the observational error, which we assume is uncorrelated with y p h y s (Craig et al. 1997; Vernon et al. 2010).