DNA Methylation Microarrays
Roche NimbleGen provides the most sensitive and specific DNA Methylation microarrays and services on the market. Methylated DNA regions are accurately mapped using a combination of affinity-based enrichment, such as Methylated DNA Immunoprecipitation (MeDIP) or the Methylated CpG Island Recovery Assay (MIRA), followed by microarray analysis. Roche NimbleGen offers several types of DNA Methylation arrays for a variety of organi…
Create your own custom microarray using SureDesign, Agilent's online design application, and focus on your specific research needs.
Robust methylation profiling microarray with unparalleled coverage of CpG islands, genes, and enhancers. Use for epigenome-wide association studies.
Agilent’s Human CpG Microarrays enable a comprehensive insight into the DNA methylation changes that may be correlated to key biological processes.
Agilent's Human DNA Methylation microarrays enable analysis of DNA methylation, leading to a greater understanding of the epigenetic events that regulate gene expression.
Agilent’s Mouse CpG Microarrays enable a comprehensive insight into the DNA methylation changes that may be correlated to key biological processes.
Get started with creating your own custom ChIP-on-Chip/Methylation microarrays easily by using SureDesign, Agilent’s online design tool. Choose from multiple array formats and focus on your specific research needs. You can design new probes using algorithms, upload your own sequences, or just select from our database of catalog probes.
Get started with creating your own custom ChIP-on-Chip/Methylation microarrays easily by using SureDesign, Agilent’s online design tool. Choose from multiple array formats and focus on your specific research needs. You can design new probes using algorithms, upload your own sequences, or just select from our database of catalog probes.
Get started with creating your own custom ChIP-on-Chip/Methylation microarrays easily by using SureDesign, Agilent’s online design tool. Choose from multiple array formats and focus on your specific research needs. You can design new probes using algorithms, upload your own sequences, or just select from our database of catalog probes.
Get started with creating your own custom ChIP-on-Chip/Methylation microarrays easily by using SureDesign, Agilent’s online design tool. Choose from multiple array formats and focus on your specific research needs. You can design new probes using algorithms, upload your own sequences, or just select from our database of catalog probes.
Get started with creating your own custom ChIP-on-Chip/Methylation microarrays easily by using SureDesign, Agilent’s online design tool. Choose from multiple array formats and focus on your specific research needs. You can design new probes using algorithms, upload your own sequences, or just select from our database of catalog probes.
Get started with creating your own custom ChIP-on-Chip/Methylation microarrays easily by using SureDesign, Agilent’s online design tool. Choose from multiple array formats and focus on your specific research needs. You can design new probes using algorithms, upload your own sequences, or just select from our database of catalog probes.
Get started with creating your own custom ChIP-on-Chip/Methylation microarrays easily by using SureDesign, Agilent’s online design tool. Choose from multiple array formats and focus on your specific research needs. You can design new probes using algorithms, upload your own sequences, or just select from our database of catalog probes.
Get started with creating your own custom ChIP-on-Chip/Methylation microarrays easily by using SureDesign, Agilent’s online design tool. Choose from multiple array formats and focus on your specific research needs. You can design new probes using algorithms, upload your own sequences, or just select from our database of catalog probes.
Agilent’s mouse CpG microarrays enable a comprehensive insight into the DNA methylation changes that may be correlated to key biological processes. Such processes include cancer, development, genomic imprinting, gene silencing, and chromatin stability.
