Sentence examples for array enables us from inspiring English sources

The nanolens array enables us to funnel and concentrate the airborne analyte molecules to discrete sensing points with sub-100 nm lateral resolution.

The cell-trapping array enables us to observe hundreds of nonadherent cells simultaneously in the field of view, while the chemical delivery module allows all the cells to be exposed to the same stimulus at the same time.

We adhered to the Affymetrix philosophy in spite of popularity of the global fitting methods, such as dChip [ 3, 4] and RMA [ 6, 7], because it provide us with a representative expression values independently for each array, enables us to assess consistency of the observed values and detect irregularities and outliers.

The use of protein array enabled us to analyze CKα levels in a relatively large number of tissue samples.

The use of the array enabled us to locate a total of 2,270 SNPs to the consensus linkage map at a fraction of the time and cost of developing a similar map using other experimental approaches, and to develop the most comprehensive saturated complete linkage map for a Malus mapping progeny to date.

Also, the use of a custom Agilent expression array enabled us to print a subset of probes for 90 putative anion transporters multiple times on the array (Additional file 1).

A reference mark on the top of the electrode array enabled us to monitor the depth of the electrode beneath the cortical surface during the experiment.

This simple antenna array enabled us to reliably reach directional accuracies of <3°, determined by tracking a person carrying a radio transmitter at the distance bats were foraging, in a blind experimental setup.

The array enabled us to analyze different tumor metastasis-related genes involved in cell adhesion, cell cycle, cell growth and proliferation, apoptosis, extracellular matrix protein, transcription factors, and regulators.

The implementation of our approach using generalized enhanced suffix arrays enables us to analyse large sequence sets efficiently.

Combination of this information with the target composition of fractionated genomic DNA used for hybrization on the arrays enables us to deduce the base pairings in the probe/target complexes producing a particular probe intensity.