Sentence examples for arrays that allows from inspiring English sources

To analyze the data, we developed a novel algorithm for the analysis of two-color arrays that allows for a statistically robust identification of candidate spliced genes in absence of a prior hypothesis about the contributing isoforms.

Some computer systems used in genomic research, for example, use programmable arrays that allow the machines to be customized quickly each time they search for a particular DNA sequence among millions of possible combinations.

This paper considers the construction of D-optimal two-level orthogonal arrays that allow for the joint estimation of all main effects and a specified set of two-factor interactions.

One advance is the Affymetrix Human Exon 1.0 ST arrays that allow a high-throughput, genome-wide approach to analyze both differential gene expression and alternative splicing on a single chip.

These are four-plex arrays that allow for the examination of mRNA expression of ~20,000 genes from four samples.

The first of these was the development of genome-wide arrays that allowed simultaneous screening of the entire human genome in thousands of samples for novel AD loci.

For species like the chicken where the whole genome has been sequenced it is possible to construct tailored whole genome arrays that allow comprehensive gene expression studies.

Furthermore, unlike static cell microarrays, microfluidic cell arrays that allow for fabrication of parallelized and fully addressable arrays facilitate physiologically relevant exchange of stimulants and metabolites and thus attain a precise spatiotemporal control of cell behavior over the artificial on-chip microenvironment [ 58].

To verify that germline expression of CPS-2B is sufficient to mediate the csp-2 function, we expressed a GFP CSP-2B fusion under the control of the pie-1 promoter (P pie-1GFP CSP-2BB) in complex transgene arrays that allow expression ofusionsgenes in the germline 20.

Recent advances in genomic technologies and large-scale human reference maps such as the International HapMap Project have led to the development of genome-wide association studies (GWAS) utilizing cost-effective arrays that allow for the rapid interrogation of several hundreds of thousands single nucleotide polymorphisms (SNPs) and copy number variants (CNV) across the human genome [ 7– 9].

The PR, operating at 13.8 GHz, is a 128-element active phased array that allows fast and sophisticated cross-track scanning over a swath width of 215 km with a cross-range spatial resolution of about 4.3 km.