Sentence examples for depth alignment from inspiring English sources

Sutures are used to approximate the interface but may vary in tension, length, depth, alignment and spacing.

Very similarly for mRNA-seq, on average there were 168 million pair-end reads for each sample with alignment efficiency of 87% (Additional file 2 for sequence depth, alignment statistics, and number of genes detected with at least 1 tag and 1 RPKM for each individual sample from mRNA-seq).

For each exome-seq sample, we generated an average of 168 million 100 bp paired end reads and 88% of reads were aligned to genome and 47% were aligned to the targeted regions (Agilent capture kit version 2, Additional file 1 for sequence depth, alignment statistics and average coverage for each individual sample).

Manual mode is also possible by operating the Parallax Control lever on the top of the camera to easily fine-tune the sense of depth and alignment of the images.

These variations together with the depth and alignment of the cross section along the strait dominate the spatial and temporal variations and sometimes sharp changes in the flow pattern in three dimensions.

Minor discrepancies or changes to the anatomical position, depth or alignment of the four injections have not been shown to impact on any analgesic effect [ 51].

This approach leverages the information gained from multiple individuals to infer paralogy, where it is not possible to do so from genomic DNA sequencing depth or alignment to a complete reference genome.

Note, nevertheless, that these raw numbers are not directly comparable between the pool and the individual because of the (unknown) different number of individuals actually sequenced in the pool in each region, read depth and alignment lengths.

Additional file 1: Figure S6 graphs the loadings for these PCs as they depend on number of species, depth of alignment and summary statistic; Additional file 1: Figure S4 and S5 depict the correlation matrix and a hierarchical clustering of these variables, respectively.

Electrospinning has recently gained much interest due to its ability to form scaffolds that mimic the nanofibrous nature of the extracellular matrix, such as the size and depth-dependent alignment of collagen fibers within hyaline cartilage.

Details of the read depths, their alignment to the M. leprae TN reference genome and percentage genome coverage are given in Table  1.