The iScan System supports a broad portfolio of innovative genetic analysis assays for genome-wide or targeted genotyping, methylation profiling, and cytogenetic analysis. The iScan System uses advanced laser and optics components to offer sub-micron resolution and maximize throughput rates.

What is iScan used for?

The iScan System supports a broad portfolio of innovative genetic analysis assays for genome-wide or targeted genotyping, methylation profiling, and cytogenetic analysis. The iScan System uses advanced laser and optics components to offer sub-micron resolution and maximize throughput rates.

How much does iScan cost?

The list price for the module is $130,000, considerably cheaper than the GA, which has a price tag on the order of $400,000 to $500,000. Not included in this price are an iScan-compatible cluster station and data processing and analysis tools, both necessary to run the sequencing module, according to the website.

How do Illumina microarrays work?

How Do Illumina Microarrays Work? As DNA fragments pass over the BeadChip, each probe binds to a complementary sequence in the sample DNA, stopping one base before the locus of interest. Allele specificity is conferred by a single base extension that incorporates one of four labeled nucleotides.

Is GenomeStudio free?

Access to GenomeStudio 2.0 is now free.

What is iScan online?

About iScan Online iScan Online is pioneering the use of opportunistic scanning on any device, anytime, anywhere. iScan Online scans for vulnerabilities, regulatory compliance and data discovery on Mac, Windows and Mobile devices.

Is iScan app free?

Users can download the iScan Online mobile app for free from iTunes or the Google Play Store and scan their device for operating system and application vulnerabilities without registration. An iScan Online subscription is required for full functionality including data discovery, compliance and MDM features.

How do you analyze SNP genotyping data?

How To Analyze Your Single Nucleotide Polymorphism (SNP) Chip Data

  1. Cluster your SNPs. First, sort the data by chromosome, and then by chromosome position, in order to cluster your SNPs.
  2. Choose which SNPs to pursue.
  3. Find your SNPS on the chromosome.
  4. Identify gene functions.
  5. Dig deeper.