Sentence examples for modification detection from inspiring English sources

The modified surfaces, as well as bare Au electrode, were used for electroanalysis of the flavonoid fisetin in Britton-Robinson buffer solution, pH 5. Depending on the modification, detection limits as low as 3.35 ×10−10 mol L−1, which attests the possibility of use such surfaces in electroanalysis.

In this paper, to optimize the capacity loss and computation complexity, we propose a new scheme with Byzantine modification detection.

It also requires strict OS modification detection standards to allow for the proper identification of potential security threats, and application signatures for custom apps installed by the agency itself.

Since some important packets that are modified by an adversary will mislead the receivers and may cause the receivers to make wrong decisions, the modification detection of packets transmitted is also very important compared with the modification correction in both wireless and wired networks.

For this case, since some important packets that are modified by an adversary will mislead the receivers and maybe cause the receivers to make wrong decisions, the modification detection of packets transmitted is also very important compared with the modification correction.

However, bisulfite-based methods of cytosine modification detection (including RRBS) are unable to distinguish these two types of modifications [ 81].

With information-theoretic approaches, Ho et al. [12] showed a scheme in which Byzantine modification detections are done at sink nodes.

Table 2 shows the classifications of existing solutions with TCP NRT in terms of sender and receiver-side modifications, detection of congestion loss and random loss RTOs, detection of congestion loss and spurious RTOs, and finally, differentiation of random loss RTOs from spurious RTOs.

In this view novel techniques in addition to classical proteomics tools including mass spectrometry- (MS-) based proteomics, posttranslational modifications detections, and next-generation sequencing (NGS), which are fast maturing procedures, are enabling comprehensive measurements of gene products at a system of hypertension pathogenesis and pathophysiology level [ 122].

Aptamers present several advantages that highlight their usefulness as bioreceptors such as chemical stability, cost effectiveness and ease of modification towards detection and immobilization at different transducer surfaces.

The opening forum, "Microfluidics and Microanalytical Technologies," explored the use of emerging technologies in various areas of genomics and proteomics research, laser ablation fabrication, surface modification, conductivity detection, and mass spectrometry applications.