| System: | iScan, iScanSQ, BeadStation, BeadArray Reader |
|---|---|
| Technology: | BeadArray |
| Assay: | Infinium DNA Analysis Assay |
| Applications: | Linkage Analysis |
| Species: | Human |
| Contents: | Each kit contains 4 to 24 BeadChips along with reagents for amplifying, fragmenting, hybridizing, and detecting 48 to 288 human linkage genotyping samples |
Please note that this product has been discontinued. While this product is still currently supported, it is no longer available for purchase.
The Infinium II HumanLinkage-12 Panel includes 6,090 single-nucleotide polymorphism (SNP) markers chosen from validated HapMap DNA assays. The Panel is designed to enable discovery of links between familial genotype and phenotype in both monogenic and polygenic disorders.
The HumanLinkage-12 Panel is optimized to detect recombination events. The likelihood of a recombination event occurring between two markers is related to the distance between them. Markers closest to a disease gene will co-segregate most strongly with the disease phenotype.
Evenly-spaced loci and loci with high minor allele frequencies (MAF) were selected to maximize information content. Compared to other SNP and STR (short tandem repeat) maps, the HumanLinkage-12 panel is superior in uniform spacing and statistical power for detecting linkage to a disease or trait and for defining the linkage interval. SNPs are distributed on every chromosome with an average gap of 441 kb and 0.58 cM.
For researchers who want to study focused genomic regions of interest, or are interested in organisms for which there are no standard products, Illumina offers a broad range of custom genotyping options. Customized iSelect BeadChips can be easily developed to fit any experimental design, allowing customers to select the ideal solution for their loci multiplexing and sample throughput requirements. Convenient online tools and Illumina representatives are available to help you design and select your markers of interest, and choose the assay and customized products to best suit your research goals.
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