Sentence examples for availability of higher throughput from inspiring English sources

However it soon became clear that true advancements in QTL validation across pedigrees and eventually marker assisted selection in forest trees, would strongly depend on the availability of higher throughput, higher polymorphism typing systems such as microsatellites, organized in dense genetic maps [ 12, 13].

The wealth of data available for study with the availability of high throughput genomic studies has provided a great deal of information with regards to the loss, mutation, overexpression, and amplification of common genetic loci, oncogenes, and tumor suppressors; yet overexpression and amplification do not always translate into drugable targets, as appears to be the case for EGFR in glioma.

This is discussed in the next section, followed by an overview of the extraordinary opportunities now available for this pursuit because of the availability of high throughput DNA sequencing technologies.

The impelling demand of climate resilient varieties, and the poor translation of research into the field despite the availability of high throughput technologies lead us to critically analyse a neglected aspect of current abiotic stress tolerance research.

Establishment of high density genetic linkage maps in the major crops and availability of high throughput genotyping platform make it possible to discover agronomic important genes through marker/trait association analysis.

The attractive properties achieved by Suspension Plasma Spraying (SPS), combined with the availability of high throughput capable plasma spray systems that permit axial feeding, provide encouragement to explore use of suspensions for next generation functional applications.

In recent years, the availability of high throughput technologies investigating the genome at a resolution intermediate between that of cytogenetic analysis (>2 5 Mb) and DNA sequencing (1 700 bp) led to the demonstration that a large number of genomic sequences, many of which encompass entire genes, vary in copy number among individuals.

The availability of high throughput next generation sequencing (NGS) technologies such as 454 and Illumina have further revolutionized sRNA discovery.

The availability of high throughput experimental methods has made possible to observe the relationships between proteome and transcirptome.

In tomato, the availability of high throughput SNP arrays allows massive parallel whole-genome screening of genotypes [ 8, 12].

At this intersection of availability of high throughput sequencing and context of cnidarian evolution, several studies in recent years have employed RNA-seq to generate transcriptomic data [ 11– 11].