Illumina iScanSQ

iScanSQ


Applications: Sequencing, DNA Sequencing, Gene Regulation Analysis, Sequencing-Based Transcriptome Analysis, SNP Genotyping and CNV Analysis, SNP Discovery and Structural Variation Analysis, Custom Genotyping, Cytogenetic Analysis, Focused Genotyping, Linkage Analysis, Whole-Genome Genotyping and Copy Number Analysis, Gene Regulation and Epigenetic Analysis, DNA-Protein Interaction Analysis (ChIP-Seq), Sequencing-Based Methylation Analysis, Small RNA Discovery and Analysis, Array-Based Methylation Analysis, Gene Expression Analysis, Array-Based Transcriptome Analysis, FFPE Sample Analysis, Whole-Genome Gene Expression Analysis


iScanSQ is the first system to integrate the high-throughput capability of genotyping and gene expression microarrays with the flexibly and resolution of next-generation sequencing. With the addition of the SQ Module, the iScan system now offers a convenient and economical gateway to the power of next-generation sequencing. More...


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System Description

The SQ Module is an advanced fluidics device that can be combined with any new or existing iScan to enable Illumina's powerful sequencing-by-synthesis technology.

The synergistic application of both microarray and sequencing technologies provides a powerful approach to genetic discovery and validation, enabling a broad-range of applications and the potential for unlimited discovery.

Now you can leverage targeted resequencing as a follow-on to genome-wide association studies, transition with ease from array to sequencing-based expression analysis, validate expression data and splice variants, and identify target SNPs to design custom genotyping microarray panels for any species and any study.

 

  • Any lab currently running an iScan System can now expand its capability to maximize the utility of their investment, and have greater control over experiments and scheduling
  •  

  • iScanSQ provides a streamlined workflow that allows you to generate meaningful data quickly and efficiently

HIGHLIGHTS

Integrated

Seamlessly combine array and sequencing assays to enable an unmatched range of applications

Flexible

Easily transition between array and sequencing assays

Cost-effective

Conveniently and economically add next-generation sequencing capabilities to your research

High-quality

Reliably generate the highest raw read accuracy and maximal output of perfect reads

Throughput meets Resolution

iScanSQ integrates the throughput power of arrays with the resolution of next-generation sequencing.

Workflow & Specs


iScanSQ Specifications

Workflow

Streamlined microarray and sequencing workflows allow you to quickly generate high-quality data, conveniently and reliably


Assays/Protocols

BeadArray: Infinium HD, Infinium Methylation, DASL, Direct Hyb
SequencingSingle-Read Sequencing, Paired-End Sequencing, Multiplex Sequencing, Mate-Pair Library SequencingChIP-Seq Sequencing, mRNA-Seq, Small RNA Discovery and Analysis


SQ Module Specifications
Width 61 cm (24 in)
Height 76 cm (30 in)
Depth 71 cm (28 in)
Weight 50 kg (110 lbs)
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iScanSQ Kits

iScan System Warranties

iScan System Warranties

A comprehensive 12-month warranty includes preventative maintenance service, replacement parts, emergency service calls, and training. Extended warranty coverage can cover cost of parts only, additional scheduled maintenance visits, or a comprehensive package for minimal down time, priority response, and unlimited parts and emergency service.

Additional Details

SV-102-1004
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Illumina LIMS

Illumina LIMS

Illumina’s LIMS offers sample tracking, project, data, and workflow management, and reporting for Infinium Whole-Genome Genotyping, Infinium iSelect, GoldenGate Genotyping and GoldenGate Indexing products. By guiding time-consuming, error-prone processes LIMS ensures reliable, high-quality data and enables parallel handling of multiple projects.

Additional Details

SE-201-1004
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GoldenGate Accessory Package

GoldenGate Accessory Package

The GoldenGate Accessory Package includes a digital stroboscope, a combi heated plate-sealer, and a 96-well base adapter for processing GoldenGate Genotyping samples using the iScan System. These are used during GoldenGate and Methylation Assays.

Additional Details

BG-10-103
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GoldenGate Accessory Package Plus

GoldenGate Accessory Package Plus

The GoldenGate Accessory Package Plus provides hardware and accessories for processing GoldenGate Genotyping samples using the iScan System. These are used during GoldenGate and Methylation Assays.

Additional Details

BG-10-101
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iScan System: Universal Starter Hardware and Software Kit – Extended accessories

iScan System: Universal Starter Hardware and Software Kit – Extended accessories

The Universal Starter Kit for the iScan System includes hardware, software, and accessories to perform additional applications, as well as installation, on-site training and a one-year warranty. The Kit includes equipment for GoldenGate Genotyping, Direct Hybridization, WG-DASL, and Infinium Assays.

Additional Details

SE-101-1006
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Gene Expression (IVT) Product Option Kit

Gene Expression (IVT) Product Option Kit

The convenient Gene Expression (IVT) Product Option Kit for the iScan System includes hardware, software, and accessories to perform additional applications, as well as installation and on-site training. The kit includes equipment for Gene Expression IVT (Direct Hybridization) Assays.

Additional Details

SE-101-1003
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BeadChip Storage Boxes

BeadChip Storage Boxes

Store BeadChips used in DASL, Direct Hybridization, GoldenGate and Infinium Assays. Each BeadChip Storage Box holds 25 BeadChips.

Additional Details

BD-60-500
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BeadChip Wash Rack and Glass Tray

BeadChip Wash Rack and Glass Tray

The BeadChip Wash Rack and Glass Tray (purchased separately) are used to handle BeadChips following hybridization during Direct Hybridization and Infinium Assays.

Additional Details

BD-60-450
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Hybridization Oven

Hybridization Oven

The Illumina Hybridization Oven is custom-fitted with a rocker platform used in GoldenGate, DASL, Direct Hybridization, and Infinium Assays. The rocker platform has a variable rotation speed of 5–60 rpm. The Hybridization Oven can hold up to 24 BeadChips simultaneously.

Additional Details

SE-901-1001
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HumanWG-6 v3.0 Expression BeadChip Kits

HumanWG-6 v3.0 Expression BeadChip Kits

The HumanWG-6 v3.0 Expression BeadChip contains six arrays on a single BeadChip, each with >48,000 probes derived from human genes in the NCBI RefSeq and UniGene databases. Each array on the BeadChip provides genome-wide transcriptional coverage of well-characterized genes, gene candidates, and splice variants.

Additional Details

BD-101-0203
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HumanHT-12 v3 Expression BeadChip Kits

HumanHT-12 v3 Expression BeadChip Kits

The HumanHT-12 Expression BeadChip content provides genome-wide transcriptional coverage of well-characterized genes, gene candidates, and splice variants, many targeting well-established sequences. HumanHT-12 contains the same panel of probes as the HumanWG-6 BeadChip, but provides a higher throughput processing of 12 samples per BeadChip.

Additional Details

BD-103-0203
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HumanRef-8 Expression BeadChip

HumanRef-8 Expression BeadChip

The HumanRef-8 v3.0 Expression BeadChip features up-to-date content derived from the National Center for Biotechnology Information Reference Sequence (NCBI RefSeq) database (Build 36.2, Release 22). The BeadChip targets approximately 24,500 well-annotated RefSeq transcripts and enables the interrogation of eight samples in parallel.

Additional Details

BD-102-0203
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MouseRef-8 v2.0 Expression BeadChip Kits

MouseRef-8 v2.0 Expression BeadChip Kits

Illumina’s MouseRef-8 v2.0 Expression BeadChips offer the most up-to-date content for mouse whole-genome expression profiling. Featuring content derived from the NCBI RefSeq database, these BeadChips reflect latest advancements in mouse genomics and provide the most biologically relevant information for murine genome studies.

Additional Details

BD-202-0202
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MouseWG-6 v2.0 Expression BeadChip Kits

MouseWG-6 v2.0 Expression BeadChip Kits

Illumina’s MouseWG-6 v2.0 Expression BeadChips offer the most up-to-date content for mouse whole-genome expression profiling. Featuring content derived from the NCBI RefSeq database, these BeadChips reflect latest advancements in mouse genomics and provide the most biologically relevant information for murine genome studies.

Additional Details

BD-201-0202
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RatRef-12 Expression BeadChip Kits

RatRef-12 Expression BeadChip Kits

The RatRef-12 Expression BeadChip for genome-wide expression analysis contains 21,910 probes selected primarily from the NCBI RefSeq database (Release 16).

Additional Details

BD-27-303
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Whole-Genome DASL Assay Kits

Whole-Genome DASL Assay Kits

The Whole-Genome DASL Assay greatly increases the DASL Assay target set, while retaining the ability to accurately profile partially degraded RNA samples. The assay combines the unique PCR and labeling steps of the DASL Assay with the gene-based hybridization and whole-genome probe set of the Illumina HumanRef-8 BeadChip.

Additional Details

DA-903-0024
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Human1M-Duo DNA Analysis BeadChip Kits

Human1M-Duo DNA Analysis BeadChip Kits

The Human1M-Duo DNA Analysis BeadChip interrogates 1.2 million loci per sample, with genome-wide coverage of SNPs. Content is focused on tag SNPs, SNPs in genes, and SNPs and non-polymorphic markers in known and novel CNV regions. Simultaneous processing of two samples increases sample throughput and decreases experimental variability.

Additional Details

WG-311-1105
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Human660W-Quad v1 DNA Analysis BeadChip Kits

Human660W-Quad v1 DNA Analysis BeadChip Kits

The Human660W-Quad BeadChip, built on the HumanHap550 BeadChip, offers comprehensive genomic coverage across many populations and the majority of known variation in regions of the genome, based on HapMap release 24 data. The entire panel of nearly 660,000 markers provides exceptional identification of known and novel structural variants.

Additional Details

WG-311-1501
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HumanOmni1-Quad BeadChip Kits

HumanOmni1-Quad BeadChip Kits

The completely redesigned four-sample HumanOmni1-Quad BeadChip contains aggressively selected SNPs and probes that capture more genomic variation and provide the best power for GWAS and CNV discovery. Cutting-edge content includes markers derived from the 1,000 Genomes Project, all three HapMap phases, and recently published studies.

Additional Details

WG-311-1110
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HumanCytoSNP-12 DNA Analysis BeadChip Kits

HumanCytoSNP-12 DNA Analysis BeadChip Kits

The 12-sample HumanCytoSNP-12 BeadChip is a powerful, whole-genome scanning panel for efficient, high-throughput analysis of genetic and structural variations relevant to human disease. Many variations in the human genome that affect phenotypes can be detected including duplications, deletions, amplifications, copy-neutral LOH, and mosaicism.

Additional Details

WG-320-1001
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Bovine SNP50 DNA Analysis Kits

Bovine SNP50 DNA Analysis Kits

The Bovine SNP50 DNA Analysis BeadChip contains 54,001 highly informative SNPs uniformly distributed across the entire genome of major cattle breed types. This empowers applications such as genome-wide enabled selection, identification of quantitative trait loci, evaluation of genetic merit of individuals, and comparative genetic studies.

Additional Details

WG-31-120
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Canine SNP20 DNA Analysis Kits

Canine SNP20 DNA Analysis Kits

The Canine SNP20 DNA Analysis BeadChip offers a solution for genome-wide association studies within domestic dog breeds. Illumina has developed this BeadChip with Broad Institute researchers, who first completed the assembly of the canine genome, CanFam2.02. This BeadChip contains 22,362 validated SNP probes derived from the CanFam2.0 assembly.

Additional Details

WG-31-123
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Equine SNP50 DNA Analysis Kits

Equine SNP50 DNA Analysis Kits

The Equine SNP50 DNA Analysis BeadChip features 54,602 SNPs uniformly distributed across the entire genomes of 15 horse breeds. Content is derived from the EquCab2.0 SNP collection compiled by the Broad Institute’s Equine Genome Sequencing Project. This BeadChip enables horse researchers to conduct a broad range of genome-wide geno­typing studies.

Additional Details

WG-402-1001
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OvineSNP50 DNA Analysis Kits

OvineSNP50 DNA Analysis Kits

The OvineSNP50 BeadChip features over 54,241 evenly spaced probes that target SNPs. This BeadChip offers more than sufficient SNP density for genome-wide association studies and other applications such as genome-wide selection, determination of genetic merit, identification of quantitative trait loci, and comparative genetic studies.

Additional Details

WG-420-1001
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PorcineSNP60 DNA Analysis Kits

PorcineSNP60 DNA Analysis Kits

The PorcineSNP60 DNA Analysis BeadChip features 62,163 evenly spaced probes offering more than sufficient SNP density for whole-genome association studies and other applications. This 12-sample BeadChip presents a superior solution for interrogating genetic variation in multiple porcine breeds, including Duroc, Landrace, Pietran, and Large White.

Additional Details

WG-410-1001
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DNA Activation Kits

DNA Activation Kits

DNA Activation Kits are used in the first steps of the GoldenGate protocol to make biotin-labeled DNA that is then purified for use in the GoldenGate Assay amplification step. The DNA sample used in this assay is activated for binding to paramagnetic particles. This activation step requires a minimum input of DNA (250ng at 50ng/μl).

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GT-95-201
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GoldenGate Genotyping Kits

GoldenGate Genotyping Kits

GoldenGate Genotyping Kits provide reagents for the GoldenGate Genotyping Assay, including extension, ligation, cleanup, and hybridization to the multi-sample array format of choice. The kits are available with or without Uracil DNA Glycosylase. The Assay allows for a high degree of loci multiplexing during extension and amplification steps.

Additional Details

GT-95-203
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Universal Arrays

Universal Arrays

GoldenGate Assays are deployed on the 12- or 32-sample Universal BeadChips or 96-sample Universal Array Matrix during the GoldenGate Genotyping Assay hybridization step. They contain universal sequences that hybridize to complementary sequences in the prepared sample. Both make use of the high density self-assembly of oligonucleotide-coated beads.

Additional Details

GT-221-1003
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Infinium HumanMethylation27, RevB BeadChip Kits

Infinium HumanMethylation27, RevB BeadChip Kits

The HumanMethylation27 BeadChip is a solution for surveying genome-wide DNA methylation profiles. The BeadChip allows interrogation of 27,578 CpG highly informative sites per sample at single-nucleotide resolution. Using the Infinium Assay Illumina scientists created a panel of high-value methylation sites, including promoters and hotspots.

Additional Details

WG-311-2201
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DASL Universal Arrays

DASL Universal Arrays

DASL Universal Arrays include the 96-sample DASL Universal Array Matrix and the 16-sample DASL Universal BeadChip formats. Instead of gene-specific sequences, Universal Arrays contain universal sequences, or addresses, that hybridize to complementary sequences in the prepared sample.

Additional Details

DA-922-0201
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DASL Human Cancer Panel

DASL Human Cancer Panel

The DASL Human Cancer Panel is a pool of selected probe groups that targets 502 genes collected from ten publicly available cancer gene lists. Genes were chosen based on frequency of appearance and frequency of literature citations association with cancer. Each gene in the Cancer Panel is targeted in three locations with three probe sets per gene.

Additional Details

DA-10-100
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Custom DASL Panels (DAPs)

Custom DASL Panels (DAPs)

Custom DASL Assay Panels (DAPs) can be generated for between 512-1536 genes. Design is a collaborative process. Oligo probes for standard expression panels and custom sets are subjected to bioinformatics screening that assesses each target site for specificity in transcriptome and genome, and also assesses predicted behavior in DASL biochemistry.

Additional Details

DA-17-110
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Illumina Sequencing Kits v4

Illumina Sequencing Kits v4

The Illumina Sequencing Kit v4 contains ready-to-load reagents for accurately determining the DNA sequence of each cluster on a flow cell using Sequencing by Synthesis technology and the Genome Analyzer. The improved chemistry of this kit enable researchers to conduct much longer, high-accuracy, sequencing runs than previous versions.

Additional Details

FC-104-4001
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Small RNA Sample Prep Kit

Small RNA Sample Prep Kit

With Small RNA Discovery and Analysis, Illumina scientists have designed a sample preparation protocol that enables sequencing of of known and novel microRNAs as well as other non-coding RNAs, such as piwi-interacting RNAs and siRNAs. Sequencing-based Small RNA Sample Prep Kits offer researchers the flexibility to select the length of the small RNA they wish to investigate, enabling size-focused or broad size range investigation of different classes of small RNA on one universal platform.

Additional Details

FC-102-1009
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Mate Pair Library Prep Kit

Mate Pair Library Prep Kit

The Mate Pair Library Prep Kit includes reagents needed to generate libraries with inserts from 2-5 kb in size. Prepared libraries consist of short fragments made up of two segments that were originally separated by several kilobases in the genome. Mate Pairs are sequenced using a two-adapter strategy identical to the paired-end sequencing method.

Additional Details

PE-112-1002
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Illumina Sequencing Kits v3

Illumina Sequencing Kits v3

The Illumina Sequencing Kit v3 contains ready-to-load reagents for accurately determining the DNA sequence of each cluster on a flow cell using Sequencing by Synthesis technology and the Genome Analyzer. The improved chemistry of this kit enable researchers to conduct much longer, high-accuracy, sequencing runs than previous versions.

Additional Details

FC-104-3001
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Multiplexing Sample Preparation Oligonucleotide Kit

Multiplexing Sample Preparation Oligonucleotide Kit

The Multiplexing Sample Preparation Oligonucleotide Kit contains 12 unique oligonucleotides to “tag” libraries for pooling in one flow cell lane. Up to 96 samples can be sequenced on a single flow cell using the Genome Analyzer. The multiplex sequencing process is fully automated using the Cluster Station, Genome Analyzer, and Paired-End Module.

Additional Details

PE-400-1001
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Multiplexing Sequencing Primers and PhiX Control Kit V1

Multiplexing Sequencing Primers and PhiX Control Kit V1

The Multiplexing Sequencing Primers and PhiX Control Kit V1 is used to sequence samples tagged by using the Multiplexing Sample Preparation Oligonucleotide Kit and then amplified in the Cluster Station. Sequencing is fully automated on the Genome Analyzer.

Additional Details

PE-400-1002
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Paired-End Cluster Generation Kit V2

Paired-End Cluster Generation Kit V2

The Paired-End Cluster Generation Kit V2 provides reagents that bind samples to complementary adapter oligos on the flow cell. These enable copying of the DNA strand after the first sequencing run; the copied strand is used to sequence the other fragment end. The Cluster Station amplifies attached DNA fragments to clonal clusters of around 1000 copies each.

Additional Details

PE-103-2001
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Standard Cluster Generation Kit v2

Standard Cluster Generation Kit v2

The Standard Cluster Generation Kit v2 provides ready-to-load reagents that bind DNA library samples to complementary adapter oligos grafted on the flow cell surface. The master-mixed reagents in this kit provide a streamlined workflow with a total of 10 minutes hands-on time for reagent preparation and setup.

Additional Details

FC-103-2001
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Paired-End DNA Sample Prep Kit V1

Paired-End DNA Sample Prep Kit V1

The Paired-End DNA Sample Prep Kit helps build DNA libraries for paired-end sequencing with insert sizes from 200-500 bp. Preparation includes introduction of two unique sequencing primer binding sites and adapter sequences to the anti-parallel strands of the polished whole-genome DNA fragments followed by gel-based size selection and purification.

Additional Details

PE-102-1001
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Standard Cluster Generation Kit v4

Standard Cluster Generation Kit v4

The Standard Cluster Generation Kit v4 provides ready-to-load reagents that bind DNA library samples to complementary adapter oligos grafted on the flow cell surface. The master-mixed reagents in this kit provide a streamlined workflow with a total of 10 minutes hands-on time for reagent preparation and setup.

Additional Details

GD-103-4001
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Paired-End Cluster Generation Kit V4

Paired-End Cluster Generation Kit V4

The Paired-End Cluster Generation Kit V4 provides reagents that bind samples to complementary adapter oligos on the flow cell. These enable copying of the DNA strand after the first sequencing run; the copied strand is used to sequence the other fragment end. The Cluster Station amplifies attached DNA fragments to clonal clusters of ~1000 copies each.

Additional Details

PE-203-4001
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cBot Paired-End Cluster Generation Kit

cBot Paired-End Cluster Generation Kit

The cBot Paired-End Cluster Generation Kit provides reagents that bind samples to complementary adapter oligos on the flow cell. These enable copying of the DNA strand after the first sequencing run; the copied strand is used to sequence the other fragment end. The cBot amplifies attached DNA fragments to clonal clusters of ~1000 copies each.

Additional Details

PE-300-1001
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cBot Single Read Cluster Generation Kit

cBot Single Read Cluster Generation Kit

The cBot Single Read Cluster Generation Kit provides reagents that bind DNA library samples to complementary adapter oligonucleotides grafted on the flow cell surface. The pre-mixed, 96-well plate format reagents in this kit provide a streamlined workflow with no reagent preparation and a total of 10 minutes hands-on time.

Additional Details

GD-300-1001
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Small RNA Cluster Generation Kits

Small RNA Cluster Generation Kits

For Digital Gene Expression (DGE): Small RNA Discovery and Analysis, the Small RNA Cluster Generation Kit is used to bind total RNA samples to complementary adapter oligos on a flow cell surface. The Cluster Station isothermally amplifies attached cDNA and resulting high-density template cluster array is sequenced by the Illumina Genome Analyzer.

Additional Details

FC-103-1008
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GoldenGate Assay Kits

GoldenGate Assay Kits

GoldenGate Assay Kits provide the reagents for the core of the DASL Gene Expression protocol, including extension, ligation, clean up, and hybridization to the multi-sample array format of choice.

Additional Details

DA-95-203
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Multi-Format GEX Buffer Kit

Multi-Format GEX Buffer Kit

Buffer set for use with Expression BeadChips with low-volume seals. Includes sufficient hybridization buffer, wash buffer, and trays to process six BeadChips

Additional Details

BD-20-104
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Custom GoldenGate Panels (OPAs)

Custom GoldenGate Panels (OPAs)

Illumina Custom GoldenGate Genotyping Panels allow researchers to create assays tailored directly to their specific needs for targeted region genotyping or fine-mapping of candidate disease association regions. GoldenGate Custom Panels provide flexibility and high data quality across a wide range of genomes and experimental designs.

Additional Details

GT-17-110
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MHC Panel Set

MHC Panel Set

Illumina’s Major Histocompatibility Complex (MHC) Panel Set consists of two assay pools of oligonucleotides: the MHC Mapping Panel and the MHC Exon-Centric Panel. These panels provide a mapping of disease-associated variants. The MHC region contains genomic sequences that contribute to the majority of autoimmune and inflammatory disorders.

Additional Details

GT-17-171
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HumanCVD Whole-Genome Genotyping Kits

HumanCVD Whole-Genome Genotyping Kits

The HumanCVD BeadChip is a high-density SNP genotyping standard panel specifically targeted for cardiovascular disease studies (CVD). The BeadChip features nearly 50,000 markers that capture genetic diversity across approximately 2,100 genes The HumanCVD BeadChip is a multi-sample genotyping panel powered by Illumina’s Infinium II Assay.

Additional Details

WG-31-151
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Infinium iSelect HD Custom Genotyping BeadChip

Infinium iSelect HD Custom Genotyping BeadChip

Infinium iSelect HD Custom Genotyping offers access to the entire genome, and custom Infinium content, including non-human species. Custom Genotyping allows the design of a panel from 3,000-200,000 attempted bead types on a 12-sample (60,801 to 200,00) or 24-sample (3,000 to 60,800) BeadChip format. Assay virtually any genome marker, disease or pathway specific markers, rare variants, CNVs, and more.

Additional Details

WG-35-101
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Mouse MD Linkage

Mouse MD Linkage

Illumina’s Mouse MD Linkage Panel consists of SNP loci that have been selected from the Wellcome-CTC Mouse Strain SNP Genotype Set. The Panel consists of 1,449 loci and is optimal for various mapping applications that include characterization of transgenic, congenic and knockout animals, and genetic mapping in advanced intercross mouse lines.

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GT-18-131
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Mouse LD Linkage

Mouse LD Linkage

The mouse has been increasingly recognized as an optimal genetic system for the study of the genetics of complex disease traits. The Mouse LD Linkage Panel is a SNP panel that offers a low-cost, efficient method for attaining genome-wide genetic data to identify quantitative trait loci, map candidate genes, and increase genotyping throughput.

Additional Details

GT-18-121
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Cancer SNP Panel

Cancer SNP Panel

Illumina's Cancer SNP Panel provides tools for conducting candidate-gene based association studies. The Panel consists of 1,421 thoroughly screened and validated SNP loci from > 400 genes thought to be involved in cancer. Panel content was selected from the National Cancer Institute’s Cancer Genome Anatomy Project SNP500 Cancer Database.

Additional Details

GT-17-211
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DNA Test Panel

DNA Test Panel

Illumina's DNA Test Panel is a SNP-based tool for pre-screening DNA samples for assay performance before conducting studies with larger numbers of loci. The Panel consists of 360 SNP loci distributed across the genome, chosen from the LinkageIVb Panel. DNA Test Panel loci were designed as genomic controls not likely to be associated with disease.

Additional Details

GT-17-221
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African American Admixture Panel

African American Admixture Panel

The African American Admixture Panel facilitates detection of susceptibility loci of genetic variants that differ in frequency between ancestral African and European populations. Regions with African ancestry deviating from average may contain genetic variants associated with disease. The panel contains 1,509 SNPs for admixture mapping studies.

Additional Details

GT-17-230
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MHC Exon-Centric Panel

MHC Exon-Centric Panel

The MHC region contains genomic sequences that contribute to autoimmune and inflammatory disorders. The MHC Exon-Centric Panel employs an approach for association mapping genetic regions of interest that focuses on SNPs near and within coding exons. Exploration of this region can help determine gene associations that lead to disease susceptibility.

Additional Details

GT-17-191
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MHC Mapping Panel

MHC Mapping Panel

The MHC Mapping Panel can be used to map variants in the MHC region. This region is proposed to contain genomic sequences that contribute to the majority of autoimmune and inflammatory disorders. Exploration of this region can provide information to determine the gene associations that lead to disease susceptibility.

Additional Details

GT-17-181
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HumanLinkage V Panel Set

HumanLinkage V Panel Set

The HumanLinkage V Panel Set is optimized to detect recombination events. Linkage analysis is a powerful approach for mapping the location of disease-causing loci. 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.

Additional Details

GT-17-240
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Goldengate Methylation Assay and Beadchip Kit

Goldengate Methylation Assay and Beadchip Kit

The GoldenGate Methylation Assay and BeadChip Kit provides reagents for extension, ligation, clean up, and hybridization to the multi-sample array format of choice for analysis in the GoldenGate Methylation Assay.

Additional Details

GM-904-0204
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mRNA-Seq 8-Sample Prep Kit

mRNA-Seq 8-Sample Prep Kit

The mRNA-Seq 8-Sample Prep Kit is used to build DNA libraries for single-read and paired-end sequencing on the Genome Analyzer. Sample preparation is straightforward, using standard molecular biology techniques and requiring minimal hands-on time. mRNA template libraries are sequenced just as any DNA sample using Illumina Sequencing.

Additional Details

RS-100-0801
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ChIP-Seq DNA Sample Prep Kit

ChIP-Seq DNA Sample Prep Kit

Chromatin immunoprecipitation (ChIP) selectively finds DNA sequences bound by a particular protein. The ChIP-Seq DNA Sample Prep Kit helps build DNA libraries. The ChIP process enriches specific crosslinked DNA protein complexes using an antibody and unique oligonucleotide adapters added to small stretches of DNA bound to the protein of interest.

Additional Details

IP-102-1001
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AutoLoader2

AutoLoader2

For faster genome analysis the AutoLoader2 has walk-away BeadChip loading and scanning for the iScan System. With continuous unattended operation, and the ability to load one or two iScan Readers, the AutoLoader2 improves assay efficiency and decreases costs. With two input and two output stacks up to 192 BeadChips can be handled unattended.

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SY-201-1001
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Infinium Hardware Kits

Infinium Hardware Kits

Convenient Option Packages for the iScan System allow for addition of new applications, automation, or LIMS. Infinium Hardware Kits include the hardware, software, and accessories needed to process multiple samples in parallel. These packages are conveniently organized according to throughput needs so expansion is simple and straightforward.

Additional Details

WG-15-304
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GoldenGate Product Option Kit

GoldenGate Product Option Kit

The convenient GoldenGate Product Option Kit for the iScan System includes hardware, software, and accessories to perform additional applications, as well as installation and on-site training. These kits include equipment for GoldenGate Genotyping and WG-DASL Assays.

Additional Details

SE-101-1001
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Item

Item

The MIDI Heat Block Insert fits in the HybEx Heating System used with Infinium Assays.

Additional Details

BD-60-601
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Infinium TeFlow Thermometer Assembly

Infinium TeFlow Thermometer Assembly

The Infinium TeFlow Thermometer Assembly, which includes the thermometer and a temperature probe, reads the temperature in the TeFlow rack during Infinium Whole-Genome Genotype Assays.

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A1-99-109
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Infinium TeFlow Chambers

Infinium TeFlow Chambers

The Infinium TeFlow Chamber is a single BeadChip flow-through cell for the TeFlow unit used in the Infinium Whole-Genome Genotyping protocol following hybridization and washing. The spacer is placed on top of the BeadChip to separate it from the glass back plate used in the wash procedure.

Additional Details

WG-10-202
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Infinium Staining Set (Staining Rack and Wash Dish)

Infinium Staining Set (Staining Rack and Wash Dish)

The Infinium Staining Set includes a wash dish and staining rack that accommodates up to 24 BeadChips at a time. It is used in Infinium Assays during the “Wash” and ”Coat” steps of BeadChip processing.

Additional Details

WG-10-207
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Infinium Hybridization Chambers and Gaskets

Infinium Hybridization Chambers and Gaskets

The Infinium Hybridization Chambers are used during Infinium Assays. Each Infinium Hybridization Chamber processes four Infinium BeadChips per day. A Gasket fits inside the chamber to ensure proper BeadChip retention and optimal reagent exposure. One Gasket is included in the package and replacement gaskets are available for purchase separately.

Additional Details

BD-60-402
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Infinium BeadChip Expansion Package

Infinium BeadChip Expansion Package

The Infinium BeadChip Expansion Package includes eight flow-through cells and two hybridization chambers with gaskets to enable processing of eight additional BeadChips per day using the Infinium Assay.

Additional Details

WG-10-201
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Infinium Alignment Fixture

Infinium Alignment Fixture

The Infinium Alignment Fixture allows correct assembly of the TeFlow Chamber, BeadChip, and spacer to ensure optimal processing during the Infinium Whole-Genome Genotyping Assay. Each Alignment Fixture holds eight BeadChips.

Additional Details

WG-10-205
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Genomic DNA Sample Prep Kits

Genomic DNA Sample Prep Kits

Go from purified genomic DNA to a DNA library. Genomic DNA Sample Prep Kits include reagents to build DNA libraries for single-read sequencing. Random size–selected fragments of DNA are created, polished, and prepared for the addition of unique adapters to fragment ends. Following a short PCR enrichment, the library is ready to load.

Additional Details

FC-102-1001
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iScan System Automation Option Packages

iScan System Automation Option Packages

Illumina Genotyping Automation Options for Infinium, GoldenGate, and DASL Assays streamline workflow and reduce errors. Illumina Robot Control Software, together with liquid-handling automation, enables seamless automation of sample preparation into the iScan System workflow.

Additional Details

SC-30-301
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Tecan Replacement Probes

Tecan Replacement Probes

Tecan Replacement Probes are used with the Tecan Genesis Robot, eight per robot, during automation of Infinium, GoldenGate or DASL assays.

Additional Details

A1-99-101
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Tip Depth Gauge

Tip Depth Gauge

The Tip Depth Gauge calibrates the probe depth for the Tecan Genesis liquid-handling robot used during automation of Infinium, GoldenGate or DASL assays.

Additional Details

A1-99-102
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Software

Illumina proudly offers system and analysis software designed to maximize your data quality and throughput level. Each instrument includes system control software designed for optimal performance. Data can be analyzed using Illumina's user-friendly GenomeStudio software or a third-party package.

Support

Illumina's Customer Solutions Team is dedicated to providing you with the resources you need to support your research.  Scientists specializing in Illumina's technologies, scientific applications, software, and hardware systems are available even before your first system purchase.  Field Service Engineers expertly install and qualify your instrument to guarantee a fully functional system.  Field Application Scientists offer extensive training, enabling labs to quickly become proficient at generating industry-leading data quality at unparalleled throughput levels.  Technical Support Scientists are just a phone call or email away and can help you plan your project, diagnose a problem, and interpret results.

We strive to continuously exceed your expectations, so that you can maximize the impact of Illumina technology in your lab.  For more information, visit our Support section  


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