Sentence examples for tremendous throughput from inspiring English sources

Nevertheless, this technology still presents limitations, as the short reads require genomic or extensive cDNA collections as an assembly reference, and the high cost and tremendous throughput limits the number of samples that can be analyzed simultaneously, restricting the analysis to a small number of samples and only to model species.

The robustness of our results demonstrate that the RAM-RP-BE workflow executed on our MAPS platform shows tremendous potential for high throughput peptidome processing, particularly with regard to direct analysis of small-volume serum samples.

Droplet microfluidics holds tremendous promise for high-throughput biochemical analysis and screening.

The 'omics' era has presented tremendous opportunities for high-throughput investigations into important questions facing the research community.

During the past several years, the NGS technology has become a tremendous approach for high-throughput gene discovery on a genome-wide scale in non-model organisms.

Transgenic approaches in zebrafish have become well established, with a growing acceptance and appreciation for the tremendous efficiency of high-throughput chemical screens in genetically modified embryos to provide new indications for the repurposing of available agents and reveal the potential efficacy of novel compounds.

With the availability of commercial high-resolution tiling microarrays and high-throughput sequencing technologies, tremendous progress has been made towards understanding epigenetic regulation of gene expression.

Tremendous improvements in the sensitivity and throughput of modern mass spectrum technologies have led to a dramatic expansion in protein research in the past decade.

The last several years have witnessed tremendous application of these novel high-throughput genomic methods in advancing biomedical sciences.

For all previous multiplex selections, we have performed high-throughput sequencing, which provided tremendous amounts of sequence data and sensitivity for early detection of aptamers [ 13, 15, 17].

Recent enhancements in both instrumentation and data analyses protocols have demonstrated the tremendous potential of nanoindentation as a high-throughput technique for robust and quantitative assessment of the mechanical role of these mesoscale interfaces.