Encompass the critical genomic regions for epigenetic regulations
- including mRNA, lncRNA, miRNA promoters, Cancer DMRs and Blocks
- 20% OFF Offer valid 8/15/15 – 10/30/15
Cannot be combined with other discounts
Arraystar Epigenetic Microarrays focus on genomic regions that are most important for epigenetic regulations. The Refseq Promoter arrays contain tiling probes covering the promoter regions for all the protein coding mRNA genes, or ncRNA Promoter arrays for long non-coding RNA and microRNA genes. The Cancer Block and Cancer DMR (Differentially Methylated Regions) Microarrays encompass the genomic regions that contribute most to methylation changes, epigenetic destability, gene expression hypervariability, cancer heterogeneity and progression. The arrays are designed for MeDIP, hMeDIP, and ChIP on chip analysis.
Arraystar Refseq Promoter Arrays
Arraystar ncRNA Promoter Arrays
Array |
Format
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Coverage
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Human ncRNA Promoter Array
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4 x 180K
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27,248 lncRNA promoters (-1,300 bp ~ +500 bp of TSS) + 622 miRNA promoter (-50 kb~ +50 kb)
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Mouse ncRNA Promoter Array
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4 x 180K
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18,552 lncRNA promoters (-1,300 bp ~ +500 bp of TSS) + 346 miRNA promoter (-50 kb~ +50 kb)
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Arraystar Cancer DMR Array
Array |
Format
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Coverage
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Human Cancer DMR Array
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4x180K
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12,113 cancer-specific small DMRs, as well as 11,380 CpG islands and their shores nearby these small DMRs.
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Arraystar Cancer Block Array
Array |
Format
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Coverage
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Human Cancer Block Array
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4x180K
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2,554 coding genes, 8,481 LncRNAs and 463 miRNAs located in 7,088 blocks
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Arraystar's specially-designed epigenetic microarrays are available only through our MeDIP-chip or ChIP-chip service. We provide full-service epigenetic profiling, from sample preparation to in-depth data analysis. Our step-by-step quality controls are designed to ensure you get the most reliable results. Just send us your samples, and we'll do the rest!
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Get a Quotation
Please provide:
• Your contact information including the institution or company name, state, and country (if other than U.S.)
• The number of samples, species of interest, and the conditions of the samples to be submitted.
• The experimental design with the type and number of arrays to be performed. |
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