Examples of using Microarray in English and their translations into Norwegian
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DNA microarrays measure the relative activity of previously identified target genes.
Techniques used to diagnose this disorder are fluorescence in situ hybridization(FISH) and microarrays.
Every one of the 96 microarrays has room for over 900,000 genetic markers.
Key technologies used today are the PCR/ Real time PCR,ELISA, Microarray and Antibody-based assays.
The microarray used here is specific for salmon and was developed at Nofima by Aleksei Krasnov.
Sveen used many different techniques to analyze woundhealing in stressed and unstressed fish, including microarray.
Timmerhaus has developed a tool(microarray) for measuring expression of all known genes in Atlantic salmon.
In order to find the biological difference in salmon with soft and firm fillet,we have used a method called microarray.
A comparison of gene expression during acid stress using MassARRAY and microarray revealed a strong linear relationship between the results.
We identified several differentially expressed genes at each stage of retinal regeneration by mRNA microarray analysis 10.
I make use of techniques like cell culturing,quantitative PCR, microarray, cloning, immunocytochemistry, and Western blotting.
Probes for these 238 genes are hybridized with RNA obtained from an endometrial tissue sample in a custom microarray.
Microarray/biochip-based technologies for cytogenetics promise to speed detection of chromosome aberrations examined by FISH.
The student will receive strong training in evolutionary biology and microbiology, experimental evolution,molecular techniques(qPCR, microarrays), experimental design, and statistical analysis.
The advantage of using microarray is that the expressions of all genes in a subject can be studied simultaneously,” says Girum Tadesse Tessema.
In the present study, we quantified the changes in the expression levels of target genes of exo-miRNA andendo-miRNA in the cells transfected with fifteen different exo-miRNAs by microarray experiments.
However, the use of microarray data requires the integration of expression data obtained with different platforms, considering their own limitations.
And medical engineering techniques form the foundation of developments in the area of artificial organs, tissue engineering, biomaterials, bioelectronics andnew diagnostic techniques(microarray technology, PCR technology).
Another potential issue related to microarray datasets is the expression detection limit of microarray platforms, which are not very sensitive.
Methods used in my work at IMR have been RNA isolation, analysis of RNA sequencing data, genome analysis including identification of genes, phylogenetic analysis and syntheny analysis, protein and RNA isolation systems, cDNA synthesis followed by PCR or real time PCR, sequencing, western blotting, immune histochemistry,in situ hybridization, microscopy and some microarray.
DNA microarrays can be used to detect DNA(as in comparative genomic hybridization), or detect RNA(most commonly as cDNA after reverse transcription) that may or may not be translated into proteins.
The discovery of these differences has been made with the aid of so-called microarray technology and has led to a new classification that is more detailed and more stable than that which has been used to date.
When using microarray or Next Generation Sequencing(NGS) in genomic research, you need powerful analysis software that helps you quickly visualize the mountain of data and mine it for biological significance.
Synchronized mammalian cells can be used not only for the study of individual gene products, butalso for approaches involving analysis of whole genomes including microarray analysis of gene expression5, miRNA expression patterns6, translational regulation7, and proteomic analysis of protein modifications8.
Recently, two microarray analyses examined the gene expression changes that occurred during the regeneration of either the light-damaged retina or a surgically-excised retinal patch10, 16.
The applicant will use a combination of genomic tools(including microarrays and yeast one hybrid screens) alongside a genetic screen to identify novel cytokinin-dependent factors regulating PIN7.
NOTE: A typical design for microarray differential expression analysis(GSE52586) to compare EL-33 berries infected with Botrytis cinerea against control(healthy) berries at the same development stage with limma running command lines 13 is shown in Supplementary File 1.
A huge amount of expression data deriving from microarray and RNA-seq experiments are available from public access databases such as Gene Expression Omnibus(GEO) and ArrayExpress.
While a direct comparison of these two microarray data sets reveal candidate genes that may be involved in these cellular events, ultimately these genes and their encoded proteins must be tested to determine if they are necessary for neuronal regeneration.
For instance, in the grapevine Nimblegen microarray platform, a significant proportion of probesets for corresponding genes represented on the array(~ 13,000 genes) have potentially cross-hybridization issues48.