Sentence examples for pattern of the probe from inspiring English sources

The observed pattern of the probe in control group (Rl = Rr = 1.50 μm, shown in Fig. 4a) appeared to be two separate bright spots with a series of side lobes around.

To get an idea of the far-field radiation pattern of the probe, we plot in Figure 6b the angular distribution of transmission efficiency η, which in FMM calculations means plotting the efficiencies η m  of all propagating orders of the superperiodic grating.

We also detected a difference in the distribution pattern of the probe scores of adult and old nonTg mice (p = 0.0095; two-sample Kolmogorov-Smirnov test) (Figure 2H).

Figure  4A shows the heatmap view of the expression pattern of the probe sets from the signature in the training set samples from the Connectivity Map database [ 50] displaying expression changes in response to rapamycin treatment.

Figure  3 shows the hybridization patterns of the probe with genomic DNA of the six putative transgenics (AVD1, AVD2, AVD3, AVD4, AVD5 and AVD6) and the negative control (G 168).

By visual inspection, the staining patterns of these probes appeared similar to the organelle-associated staining pattern of the reference probe, although there was substantial variation in the overall intensity (Figure 6).

By visual inspection, the staining patterns of the probes revealed roughly similar numbers of membrane- and organelle- staining probes, and a smaller fraction of nuclear-staining probes.

Here, we demonstrate how MOVID can be used to interpret the staining patterns of a combinatorial library of small molecule fluorescent probes of cellular transport, relating these patterns to the chemical structure, physicochemical properties and the predicted subcellular localization patterns of the probes.

The signal distribution patterns of the probes on A1-A10 chromosomes were quite different from the patterns on the other 20 chromosomes.

Application of a load to the tip of the instrument modified the vibration pattern of the whole probe.

The DNase I footprinting pattern of the pJM7 probe, containing mutations −57GA and −56TA and making almost wild-type levels of β-galactosidase was very similar to that of the wild-type probe; a slight footprint at position −59 and a more pronounced footprint at −61 were generated when Mor and His-α were both added.