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Illumina |
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| Leading-edge technology, tools, and service for genetic analysis
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| At Illumina, our goal is to apply our innovative technologies and revolutionary assays to the analysis of genetic variation and function, making possible studies that were not even imaginable just a few years ago. These studies will help make the realization of personalized medicine possible. |
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| With such rapid advances in technology, it is mission critical to have solutions that are not only innovative, but flexible, scalable, and complete with industry-leading support and service. As a globally-oriented company that places high value on collaborative interactions, rapid delivery of solutions, and prioritizing the needs of its customers, we strive to meet these needs. |
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| Illumina is committed to providing you with world-class solutions, service, and support throughout your relationship with us to maximize your scientific success. |
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| Our core technologies, assay chemistries, systems, and software support the following key applications: |
- SNP genotyping: A method of determining variation in genetic sequences
- Gene expression profiling: The analysis of which genes are active in a particular cell or group of cells
- Epigenetic: The process of profiling changes in genetic sequence function
- Proteomics: The process of determining which proteins are present in cells and how they interact
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| Our core technologies include: |
- BeadArray technology: A fundamentally different approach to high-density microarrays
- Sequencing technology: A method for highly economical, scalable sequencing applications with unparalleled data density
- VeraCode technology: Enabling a broad range of multiplexing options for RNA, DNA and protein applications
- Oligator technology: World-class oligo manufacturing and quality fueling the Illumina product offering
- Assay technology: Robust assay chemistries that provide industry-leading performance, specificity, and results
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Beadarray technology highlights
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- 100% array quality control: The manufacturing process includes a functional validation sequential hybridization of every single array element (bead with oligos). This process, called decoding, allows us to QC every feature of every array to ensure that each array element is present and functional.
- High feature redundancy: Each element is represented in high redundancy (> 20-fold), providing industry-leading data quality and reproducibility, through comparison and averaging of the many beads of the same type in an experiment.
- Inherent flexibility: New bead pools are easily synthesized and deployed onto either of our two substrates, providing rapid availability of new products and fast turnaround for custom panels.
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