Examples of using Microarray in English and their translations into Polish
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Application of the reverse phase protein microarray RPPA.
However, in a DNA microarray, the mRNAs hybridize to cDNA probes on the array.
DNA microarray analysis.
The microarray is a very recent development in the field of biotechnology.
The basic principle behind the DNA microarray is"nucleic acid hybridization.
Protein microarrays were developed from the more commonly employed DNA microarray.
There are now two strategies for protein microarray detection: label-based and label free.
Microarray Profiling of Gene Expression in the Normal Aging Brain of Drosophila.
metabonomic and microarray approaches.
The microarray is a recently developed technology
The isolated cells are then lysed in preparation for being placed on the reverse phase protein microarray.
Proteins are immobilized on the microarray with a thin, gold coating placed on the surface structure.
A microarray is a two-dimensional arrangement of biological samples allowing for high-throughput analysis of genetic information.
The samples will be examined genetically using the microarray method- a modern technique of molecular biology.
The microarray provides a platform that provides fast,
the Stanford University laboratory published the instructions for producing the robotics necessary for a microarray.
Microarray technology has allowed identification of the transcriptomic signature of the window of receptivity window of implantation WOI.
as well as microarray information about that SNP.
For this I use microarray technique: plates on which we place the entire genome
there is hope for further developments to widen the applications of the microarray technique.
Microarray technologies involve(1) a functional capture agent,(2)
such as microarray data, and visualize it on top of the existing pathway drawing.
Protein microarray technology has progressed rapidly for the identification,
In 1997, the researchers from Stanford University published the first whole-genome microarray study of gene expression by placing the whole yeast genome on a microarray.
endo-miRNA in the cells transfected with fifteen different exo-miRNAs by microarray experiments.
In the future, scientists hope that it might be possible to develop a microarray that can test for all genetic diseases and predispositions in one quick
When using microarray or Next Generation Sequencing(NGS)
microarrays,">characterize peptide libraries as a very significant source of microarray applications.
normalisation of microarray data, comparative analysis of RNAseq data
we performed microarray profiling to quantify changes in the expression levels of endo-miRNA target genes following the transfection of fifteen different synthetic exo-miRNA duplexes.