The Infinium iSelect microarray offers the ability to interrogate virtually any target (e.g. SNP, CNV, indel) across any species. Take advantage of proven Infinium assay technology to create a fully customized design that is tailored to your unique study needs.
Design a custom genotyping panel that supports up to 700k custom targets (SNPs, indels, and CNVs). The Infinium iSelect can be deployed on either the HD (high definition; 3072 to 90,000 BeadTypes) or HTS (high-throughput screening; 90,001 to 700,000 BeadTypes) option. Creation of these custom assays enables focused, high-throughput genotyping applications tailored to specific project needs.
Keep up-to-date with new discoveries by revising custom content through the Infinium iSelect + (add-on content) option. The Infinium iSelect+ option allows researchers to combine existing marker sets with new, unique content to create a single BeadChip array, thereby increasing the efficiency and cost-effectiveness of custom studies.
Infinium iSelect Custom Genotyping Assays
Technical Note | PDF< 1 MB
Illumina Custom Genotyping Options
Data Sheet | PDF< 1 MB
iSelect 24x1HTS BeadChip Kit Support Documentation
Best Practices for Infinium Assays Documentation
iSelect 24x1HD BeadChip Kit Support Documentation
Infinium HD Assay Ultra Protocol Guide (11328087) Documentation
Infinium Assay Consumables and Equipment List Documentation
Infinium HD Assay Ultra Manual Experienced User Card (11328095) Documentation
Infinium HD Ultra Assay Experienced User Card, Automated Protocol (11328108) Documentation
Use our interactive tool to find the right Illumina microarray for your project type and method of interest.
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Infinium XT is a comprehensive microarray solution that enables production-scale genotyping of up to 50,000 single or multi-species custom variants.
These kits include the hardware, software, and accessories needed to process multiple BeadChip array samples in parallel.
These packages include robotic liquid handling capabilities, control software, and other automation options to streamline the array workflow and reduce errors.
