Illumina high-throughput, multiplex human genotyping microarrays allow for whole-genome, targeted genome, and exome analyses, with ready-to-use expert-defined content or custom content, to suit specific research needs.
Access a wide breadth of applications
High resolution, sensitivity, and broad dynamic range produces exceptional data quality for a variety of genetic analysis studies
Illumina high-throughput, multiplex human genotyping microarrays allow for whole-genome, targeted genome, and exome analyses, with ready-to-use expert-defined content or custom content, to suit specific research needs.
Find ultrahigh-density arrays for population studies or microarrays for biobanks and genome-wide association studies.
Automation options reduce hands-on time and enable array processing and scanning to occur 24 hours per day.
Illumina offers a comprehensive suite of genotyping array products for nonhuman organisms. Ready-to-use BeadChip microarray solutions are available for crops, livestock, and model organisms, leveraging expert-selected and consortia-developed content.
Nonhuman genotyping microarray solutions for crops, livestock, and model organisms.
Automation options reduce hands-on time and enable array processing and scanning to occur 24 hours per day.
Epigenetic arrays let you quantitatively scan for methylation sites across the genome using high-multiplex assays for maximum throughput. The Illumina Infinium methylation assay covers CpG islands, miRNA promoter regions, and other areas important in epigenetic regulation.
Infinium MethylationEPIC v2.0 BeadChip
Robust methylation profiling microarray with extensive coverage of CpG islands, genes, and enhancers. Use for epigenome-wide association studies.
Automation options reduce hands-on time and enable array processing and scanning to occur 24 hours per day.
The Global Screening Array and iScan System are helping Mapmygenome bring consumer genomics to a rapidly growing Indian population.
Identify desirable traits to aid in decisions regarding healthier and more productive crops and livestock.
Identify desirable traits to aid in decisions regarding healthier and more productive crops and livestock.
Detect and assess chromosomal aberrations and their biological relevance.
Detect variations in genes involved in drug metabolism to support early target selection and validation in drug development.
Use Illumina FFPE sample analysis solutions to deliver high-quality array data from degraded DNA samples.
Analyze genetic variants associated with common neurodegenerative diseases.