Dna methylation arrays
DNA methylation arrays are a type of lab equipment used to measure DNA methylation patterns across the genome. They provide a comprehensive analysis of DNA methylation levels at specific genomic locations. The core function of these arrays is to enable researchers to interrogate the epigenetic landscape of cells and tissues.
Lab products found in correlation
4 protocols using dna methylation arrays
Methylation Profiling and Copy Number Analysis
Copy Number Variation Analysis
Comprehensive Methylome Profiling of Blood and Tissues
We first generated a list of 47981 CpG positions that were hypomethylated in 17 different somatic tissues (beta = <0.1 and median <0.02) using Illumina 450 K array data in GSE50192. We then generated a list of 68260 unmethylated CpG positions in blood DNA in each of the 312 individuals in GSE61496. To increase the robustness of the list and to exclude sites with residual variation in methylation across individuals that are derived from sex or age differences, we overlapped this list with a list of 55959 of unmethylated CpGs in blood DNA in all 656 individuals, males and females aged from 19 to 101 years (GSE40279). We got the list of 41622 CpGs of unmethylated CpGs in blood DNA from both dataset GSE61496 and GSE40279 in all 968 individuals.
We then overlapped the two lists (unmethylated in blood and in tissue) to obtain a list of 28,775 CpGs that are unmethylated in every single individual in both blood datasets and 17 somatic tissues.
DNA Methylation Profiling of Tissues
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