Sentence examples for increases in array from inspiring English sources

Recent dramatic increases in array resolution the latest Affymetrix and Illumina arrays offer more than 1.8 M features—have created a novel and immediate need for efficient and scalable visualization tools.

Longer arrays are more diverse than are shorter ones because slippage mutations become exponentially more common with an increase in array length.

The structure obtained by post-growth treatment of the CNT array in a microwave plasma chemical vapor deposition process leads to a remarkable increase in array stability, stiffness, elastic recovery and energy absorption capacity and a decrease in stress softening.

Estradiol induced a novel cyclical pattern of mRNA accumulation with a sustained increase in array decondensation.

EGF used in combination with E2 induced an increase in array size similar to that obtained with each factor separately (Figure 5B).

Temporal analyses of large-scale chromatin dynamics, and accumulation of array-localized reporter mRNA over 24 hours showed that the EGF response consists of a single pulse of reporter mRNA accumulation concomitant with transient increase in array decondensation.

This recent significant increase in array resolution has allowed the detection of genetic imbalances as small as just a few kilobases in size and also enables the boundaries of an imbalance to be better defined.

The microarray data (Figure 1B) indicated that the miR-25 family of miRNAs did not appreciably increase in arrays hybridized with RNA derived from Toxoplasma-infected cells at the 24 hour timepoint whereas primer-extension for miR-92 (the miR-25 paralog derived from the miR-17∼92 miR-17∼92dicated a modest but reproduciblocuscrease (Findicated.

After treatment of SW480 cells with cytochalasin D, an increase in arrays with edge-concentrated puncta was observed compared with the DMSO controls.

The increased flexibility in array design and reusability coupled with a lower initial investment in terms of fabrication time and cost for the ISO arrays suggest that they may be the preferred approach when investigating gene expression in microorganisms, especially when only a few expression studies are required.

The morphological changes help to explain the increase in CNT array compressive strength and the transition from permanent array deformation to foam-like recovery after compressive loading.