Sentence examples for prominent detection of from inspiring English sources

Another explanation for the prominent detection of ISF tracers on arteries versus veins suggests that the contrary (or reflection) wave traveling in the reverse direction from the pulse wave created by the heart beat might drive the ISF along the outside of arteries in the opposite direction to the blood flow [ 23, 43].

The effect is more prominent in detection of CIN2 and CIN3 than of CA. A benefit of increasing sensitivity with less compromise of specificity was found when HPV16/18 was added to methylated PCDHA4, but not to the methylated PCDHA13 or the combination of two PCDHA@ members.

Most prominent was the detection of only low-molecular-weight Ley-glycosylation in three 67:21-derived isolates (50pS 67:21-5, -8 and -11), all of which displayed diminished levels of high-molecular-weight O-antigen chains in the silver staining experiment.

As such, the Sm2O3 hierarchical hydrangea microspheres are considered one of the remarkably prominent sensors for the detection of hydrogen peroxide in biological diagnosis, food and environmental monitoring.

Prominent performance in the detection of glucose was achieved with the lamellar ridge-Au modified electrode with a wide linear range from 2 μM to 23 mM.

Our method does not require any prior knowledge on the relative poses of the input surfaces to each other, does not rely on the detection of prominent surface features, is robust to noise and can be used for overlapping surfaces.

One prominent example is the detection of a tumor in a human breast [ 1].

Cells were treated for 48 h and the detection of prominent effects on cell proliferation, cell survival or cell morphology attempted by light microscopy and cell counting.

Obviously, both factors will probably result in a lower sensitivity for medium sized adenomas and a less prominent difference in the detection of adenomas ≥ 10 mm compared to the studies of Graser [ 26] and Pickhardt [ 30, 31].

Moreover, the AuNPs/PDDA-G based sensor showed prominent electrocatalytic activity for the detection of H2O2 with a wide linear range from 6 μM to 1010 μM and a low detection limit of 0.39 μM at 3σ.

This transformation results in improved consistency of the estimated correlation coefficient, lower impact of inter-run variation, and improved detection of less prominent species.