Sentence examples for in-depth sampling from inspiring English sources

It can be adapted for varied conditions as greater depths, more vertical levels of simultaneous in-depth sampling or large volumes.

More in-depth sampling and functional analyses of these genes in the future may reveal more molecular details concerning the adaptation of the Tibetan population to high-altitudes.

Due to in-depth sampling, we obtained 22,740 eukaryotic ribo-tags, with more than 80% of the tags having a taxonomic resolution at least to the kingdom level.

We pooled it with two other libraries, Lib1390 (hESC cell line H1 over 31 passages) and Lib1313 (hESC cell line H7 over 33 passages), to represent a more in-depth sampling.

Silene was targeted for this in-depth sampling of species-level mitochondrial divergence because of a priori knowledge of the rate acceleration in S. noctiflora.

Notwithstanding these efforts, no published hypothesis of phylogenetic relationships across characiforms based on an in-depth sampling of their morphological diversity is available.

We evaluated our proposed authentication protocol using series of experiments with combination of 150 UID's and PWD's, and four fingerprint databases each contains 150 finger images and 12 in-depth samples per finger (i.e., 150 UID and PWD) × 12 samples per finger) = 1800 credential records in each database).

Whole transcriptome shotgun sequencing (WTSS or RNAseq) provides in depth sampling at reduced cost.

Localized methods, such as optical coherence tomography (OCT) [ 22], Raman spectroscopy [ 23], and confocal sampling [ 24, 25], have been applied to surgical-margin assessment, but they are fundamentally limited in depth sampling by scattering attenuation in tissue.

In depth sampling of both I. elegans and I. graellsii was carried out in the sympatric region in Spain; in the north-western corner, the central parts and along the east coast.

While fragmentation is still an issue, the non-biased cloning-free transcript sampling using the Roche/454 technology combined with the conventional Sanger technology in this study enabled an in depth sampling of over 93% of the A. caninum transcriptome.