Sentence examples for successive detection of from inspiring English sources

Aiming to elucidate in-depth the dichotomous role of SO2 under oxidative stress, we designed a dual-response fluorescent probe that enabled the respective or successive detection of SO2 and ClO−.

This has partly been triggered by the exponentially growing amount of available sequence data arising from whole genome sequencing projects and a successive detection of genes whose sequences are chimeras of distinct ancestral gene sequences, and hence, are likely to be the result of reticulation (e.g. horizontal gene transfer or hybridization).

3 Under this assumption, numerical results showed that the upper bound on the success probability of the successive detection is more favorable for an adversary than that of (widehat {mathbf {x}}) with arbitrary nonzero entries.

The performances of the successive detection schemes with optimum ordering are provided in Fig. 5.

Instead of restoring an N-bit keystream at once, we assume that an adversary attempts to restore a disjoint J-bit segment2 of the keystream from each detection, where J≪N, and repeats the detection (lceil frac {N}{J} rceil ) times successively to restore the keystream of full length N. In this subsection, we describe the details of the successive detection process for keystream recovery.

With the aid of Komogorov Equation [33], we obtain the probability of the idle state remaining unchanged during successive detection periods: (12).

We define a cluster as a series of sequential detected cases or sequential virus detections in sewage in a given geographical subpopulation, with no more than one year between successive detections.

The first step is to search pairwise similarity between the genes in the two genomes and to perform successive alignment detections of homologous genes (Fig.  1a and b).

A complex logic block, guided by a number of rules concerning foetal heart beat regularity, is proposed as a successive block, for the detection of most probable first heart sounds from several candidates.

The kinetics of vascular marker gene expression during mouse EB differentiation is well documented and allows the detection of successive maturation steps [20].

Both reported abnormality at CTC, and detection rate diminished in successive screening rounds, with detection of adenomas and cancers falling from 24.4% in round 1 to 19.0% in round 2, and 13.9% in round 3 (test for equality of proportions, p<0.001), a finding consistent across all age groups.