Sentence examples for alignment advantage from inspiring English sources

Control experiments further showed that this effect could not be attributed to a horizontal alignment advantage of the items in the visual field, or to a retinal stimulation difference between the unilateral and bilateral displays.

None of the methods performed well in the 0 10% sequence identity range, but beyond this the membrane tables gave a consistent alignment advantage.

Here we show that our procedure provides mouse homologous sequences that are more similar to the human functional sequences compared with the aligned mouse sequences from genome alignments, another advantage of the new measurement.

Avoiding recursion during sequence alignments offers advantages for speed and in-process resources.

Defensively, Lombardi will use a 5-2 alignmentotakeadvantagetage of three large tackles: Elijah Darby, first team all-section, all-county and all-conference, Robert Castro and Hegner Anderson.

Sprewell actually has more mismatches when playing point guard next to Houston in the Knicks' big-backcourt alignment, typically taking advantage of his smaller opponents in the post.

Additionally, jMOTU avoids carrying out an all-against-all pairwise alignment by taking advantage of the fact that the clustering algorithm only requires exact distances between pairs of sequences that are relatively similar (i.e. those that will be clustered together under the most liberal cutoff).

However, in terms of the reference-independent alignment accuracy, the advantage of our method is not as big, although it is still substantial.

In order to use the acoustic levitator in a vertical alignment and take advantage of the stronger axial (than radial) levitation forces, the excitation laser beam emerging from the Raman spectrometer and down through a modified BH2-UMA Olympus optical microscope was diverted with a 90° adaptor (Wotton Scientific) holding a 16-mm focal length lens.

Here we present results on a hole-free phase plate (HFPP) design that uses the incident electron beam to define the center of the plate, thereby eliminating the need for high precision alignment and with advantages in terms of ease of fabrication.

This is required for clustering algorithms designed to identify breakpoints in repetitive genomic regions, and may be useful for characterizing the repetitive structure of fully sequenced reference genomes (Bailey et al., 2002) This novel feature of YAHA combines the utility of finding large numbers of alignments with the advantage of defining the optimal collection along the query.