Sentence examples for microarray biochips used from inspiring English sources

Fuelled by data-generating power, the number of coral based studies utilising transcriptomics to investigate molecular responses to environmental stressors has expanded greatly by the acquisition of expressed sequence tag (EST) gene libraries, the fabrication of microarray biochips used to estimate levels of mRNA expression, and by direct analysis using next-generation, high-throughput sequencing.

The Biochip used is a device containing an array of discrete test regions of immobilised antibodies specific to different cytokines and growth factors.

Bacterial infections are already detected, in analytical labs, by means of high-density microarray biochips based both on RNA/DNA fragments and antibodies as probes and antigens receptors, respectively, immobilized on the chip surface.

In particular, human cells have been extensively employed to develop miniaturized cell-based assay platforms, which include microfluidic and microarray biochips to mimic human metabolism [ 5– 9].

The SIMBAS biochip uses trenches patterned underneath microfluidic channels that are about the width of a human hair.

The spiral biochip uses inherent centrifugal forces for continuous, size-based, and EpCAM-independent separation of tumor cells.

This microarray was used in two experiments.

Microarray examples are used to illustrate the method.

Affymetrix U133 biochips were used to measure expression of over 22,000 genes.

In this study, we describe a conversion of the spoligotyping of M. tuberculosis complex isolates on a platform of custom designed hydrogel microarrays (biochips).

Microarrays (biochips) have been an essential part of the biomarker research workflow for over 10 years.