Sentence examples for availability of array from inspiring English sources

DGE sequencing is a powerful and reliable tool for accurately quantifying the absolute expression levels of both mRNAs and miRNAs and overcomes the drawbacks of detecting a limited number of relatively high-abundance transcripts determined by the availability of array probes [20].

The recent availability of array-based techniques offers the opportunity for a more comprehensive DNA methylation profiling [ 11, 12].

The growth in the availability of array-based assays has outpaced the ability of conventional software analysis packages to provide every possible method of analysis.

The recent availability of array-based whole-genome DNA methylation measurements now allows for epigenome-wide association studies (EWAS) with disease-relevant phenotypes, which address such questions in a basically non-biased manner.

The availability of arrays designed to measure gene expression for a wide range of species has spawned considerable interest in identifying single feature polymorphisms (SFPs) from DNA hybridization and transcriptome data [ 27].

To date, examples of experiments using microarrays to evaluate changes in gene expression in mammalian species other than humans and rodent species are lacking, primarily due to the limited availability of arrays.

Despite the availability of an array of anticoagulant agents based on chemical and biological engineering technologies, anticoagulation therapy remains a challenge for clinicians in terms of balancing bleeding and thrombosis.

SWIFT profits from two recent developments: (i) the improved ability of second generation adaptive optics systems to correct for atmospheric turbulence in SWIFTS's bandpass, and (ii) the availability of CCD array detectors with high quantum efficiency at very red wavelengths.

The availability of DNA array technologies, allowing genome-wide analyses, has been providing new insights on the cancer development and metastasis.

Based on this scheme, genotyping could be conducted in a high-throughput manner at very reasonable price because of the availability of SNP array (and other SNP genotyping) technologies.

A more challenging requirement is the availability of rotating arrays, which may be feasible only in certain scenarios (e.g., vehicle terminals, dedicated spectrum monitors, base stations).