Examples of using Microarray technology in English and their translations into French
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Microarray technology holds many promises for the future.
Specialized in gene expression studies andin methods employing microarray technology.
Microarray technology is an important part of cellomics research.
FLUARRAY converted the sophisticated microarray technology into a simple and robust diagnostic system.
DNA microarray technology was the original idea behind the project according to Kelvin.
Applications of DNA microarrays Microarray technology holds many promises for the future.
Microarray technology allows for the multiple analysis of gene expression in a single reaction.
Let's begin by discussing the principles of gene expression profiling and microarray technology.
In addition, any microarray technology can be activated more control after implantation.
This project will be led by OMI and will also use Affymetrix's microarray technology and platform.
The test itself uses a microarray technology to measure 55,000 variable positions in the DNA of each animal.
The novel biomarker project will be led by OMI utilizing Affymetrix' microarray technology and platform.
The use of the Microarray Technology to define molecular blueprints of various childhood cancers.
Binding activities assessment of the chemical libray toward the MET extracellular domain has been achieved using a microarray technology.
SuperSAGE has been combined with high-throughput microarray technology to increase the power of the method further.
Microarray technology has allowed identification of the transcriptomic signature of the window of receptivity window of implantation WOI.
He has also developed andfostered the use of the Microarray Technology to define molecular blueprints of various childhood cancers.
This“digital” approach allows researchers to sequence genes faster andwith greater accuracy than with“analog” microarray technology.
Current research is employing DNA microarray technology to determine the mechanism(s) of action of both tobacco and cannabis smoke condensates.
Armed with a betterunderstanding of these limitations, the team then developed a novel microfluidics-based microarray technology that circumvents these restrictions.