Sentence examples for substantial amplification from inspiring English sources

It is found that the presence of HD-core region leads to decrease in amplitude of the propagating GW modes and the presence of disbond leads to substantial amplification of the primary anti-symmetric mode.

Thus, substantial amplification required some degree of cooperativity in the positive feedback loop [22].

This localization is indicative of substantial amplification in which a shallow external gradient is amplified to produce a steep internal gradient of certain proteins.

Furthermore, the dramatic polarization of Ste20 and Spa2 argues for the presence of mechanisms capable of producing substantial amplification of the external spatial gradient.

For example, as many as 50% of patients with castrate-resistant metastatic prostate cancer have circulating cancer cells that have substantial amplification of the AR locus, which has been interpreted to predict that, in such patients, androgen signaling continues to play an important growth stimulatory role [45].

Immunoprecipitation with control rabbit IgG did not show substantial amplification of the expected PCR products (Fig. 4B, middle panel).

In comparison with the bare ITO electrode, the presence of CNTs catalyzes electrochemical reaction of an ECL coreactant, tri-n-propylamine, present in the solution, producing significantly enhanced ECL signal and ensuring substantial signal amplification.

The latter behavior also causes enhanced orientation of the nylon 6 chains undergoing substantial shear amplification trapped in between the nanoplatelets (ii) in the CB-enriched regions, nanoplatelets though still remaining parallel to one another, are randomized by following the local contours of irregular shaped CB aggregates.

This is different to the patterns of genomic instability we have typically seen in breast, lung, or pancreatic cancer where rearrangements tend to be either scattered genome-wide or, if localized, are associated with substantial genomic amplification (Campbell et al., 2008; Pleasance et al., 2010b; Stephens et al., 2009).

In addition to fusion power amplification, substantial fissile material will be produced at start-up conditions with a fission breeding rate of 233U=0.183 (with ThC) or 239Pu=0.263 (with UC) per incident fusion neutron, which correspond to 4410 kg 233U/year or 6500 kg239Pu/year, respectively, by a full fusion power of 2170 MW.

Needled-nonwoven (NNW) scaffolds represent one of the most ubiquitous biomaterials based on their well-documented capacity to sustain tissue formation and the unique property of substantial construct stiffness amplification, the latter allowing for very sensitive determination of forming tissue modulus.