For all lung cancer insights from FFPE and liquid biopsy* samples
  • All mutation types: SNVs, InDels, CNVs and now fusions
  • Higher sensitivity and more uniform coverage with the unique UMI technology
  • For use with FFPE and liquid biopsy* samples
  • Nucleic acid cleanup steps fully automatable on the QIAcube instrument
  • Integrated as part of a complete sample-to-insight NGS workflow including full bioinformatics analysis and interpretation
Lung cancers are characterized by abundant genetic diversity, typically requiring the application of multiple assays in order to achieve cancer research insights. The GeneRead QIAact Lung DNA combined with the GeneRead QIAact RNA panel to become the Lung All-in-One Assay, is the first targeted gene panel to consolidate all relevant mutations into a single next-generation sequencing (NGS) assay.

The selection of the QIAact Lung DNA panel’s 550 variants across 19 genes, and the 79 fusions in genes commonly affected by translocations covered by the QIAact Lung RNA panel, were guided by the Lung Cancer Alliance; an international team of lung cancer research specialists, to ensure an assay of unparalleled relevance. Incorporating QIAGEN’s Unique Molecular Index (UMI) technology, these panels offer more accurate quantification and detection of molecular variants on the GeneReader than ever before, from as little as 40 ng of input DNA or 100 ng of total RNA.

To further streamline the library preparation protocol, the GeneRead QIAact Panel Cleanup Kit offers an optimized protocol automated on the QIAcube, saving time and preventing handling errors.  Designed to simplify the workflow, these kit contain all regents required for both the target enrichment and library preparation steps of the GeneReader NGS System workflow.

*Currently liquid biopsy workflow is only available for GeneRead QIAact Lung DNA Panel. Protocol for RNA extracted from liquid biopsy samples coming soon.
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Produto Num Cat. Preço de lista:
GeneRead QIAact Lung DNA Panel Kit
Two primer mixes, each containing up to 200 primers designed to enrich selected actionable lung cancer associated genes and regions using 40 ng of DNA.
181930
Cotação
GeneRead QIAact Lung RNA Panel Kit
Two primer mix tubes, containing primers designed to enrich selected fusion targets starting from 100 ng of total RNA.
181935
Cotação
GeneRead QIAact Panel Cleanup Kit (48)
Reagents for automated DNA cleanup on the QIAcube of 48 libraries prepared using the GeneRead QIAact Lung DNA Panel Kit.
185446
Cotação

The GeneRead QIAact Lung Panel Kits and GeneRead QIAact Panel Cleanup Kit are for Research Use Only. Not for use in diagnostic procedures.
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Fundamento
DNA sequencing is a useful tool to detect genetic variations, including somatic mutations, single nucleotide variants (SNVs), copy number variation (CNVs), and small insertions and deletions (InDels) from DNA, and fusions and exon skipping events from RNA.

Targeted enrichment technology enables NGS platform users to sequence specific regions of interest instead of the entire genome or transcriptome and effectively increase throughput with lower cost.

The GeneRead QIAact Lung DNA and Lung RNA panels are intended to be used either separately, or in combination to form the QIAact Lung All-in-One Panel (instructions for use can be found in the handbook titled “GeneRead QIAact Lung All-in-One Panel Assay) to offer a high level of assay flexibility. The Lung All-in-One Assay targets lung cancer-relevant mutations (SNVs, InDels, CNVs and fusions), therefore reducing the need for multiple tests to achieve a comprehensive view of the mutational landscape of a single lung cancer sample. The panels have also been optimized in combination with a specially formulated enrichment chemistry to achieve highly efficient enrichment on both regular and GC-rich regions at high multiplex levels.

Existing target enrichment methods, library preparation and sequencing steps all utilize DNA polymerase and amplification processes, introducing substantial bias and artifacts. These biases and artifacts lead to background artefactual errors that greatly limit the detection of true low-frequency variants in heterogeneous samples such as tumors. The GeneRead QIAact Lung Panels integrate unique molecular index (UMI) technology and a gene-specific, primer-based target enrichment process to enable sensitive variant detection of targeted regions by NGS on the GeneReader NGS System. The use of UMI technology results in higher confidence in variant calling, which is reflected in the high Q scores obtained.


Procedimento
The GeneRead QIAact Lung portfolio comprises:

  • GeneRead QIAact Lung DNA Panel Kit (cat no. 181930) is designed to enrich selected genes and regions using 40 to 100 ng of DNA.
  • GeneRead QIAact Lung RNA Panel Kit (cat no. 181935) is designed to enrich selected fusion targets using 100 ng of total RNA.
  • GeneRead QIAact Lung All-in-One Assay which combines the GeneRead QIAact Lung DNA and Lung RNA Panel Kits (cat no. 181930 and 181935).

GeneRead QIAact Lung DNA Panel

Genomic DNA samples are first fragmented, end-repaired and A-tailed within a single, controlled multi-enzyme reaction. The prepared DNA fragments are then ligated at the 5’ ends to a sequencing platform-specific adapter containing a UMI and a sample-specific bar code. Ligated DNA molecules are subject to limited cycles of target enrichment PCR. This reaction ensures that intended targets and UMIs are enriched sufficiently to be represented in the final library. A universal PCR with GeneReader specific sequences is then carried out to amplify the targets and complete the library. Three DNA cleanup steps are required during this protocol for the removal of buffer and enzymes that might inhibit downstream library processing:

  • A first cleanup procedure takes place after the adapter ligation
  • A second cleanup procedure takes place after target enrichment PCR
  • A final cleanup procedure is performed after the universal PCR step


Each of these cleanup steps is fully automatable on the QIAcube platform with the GeneRead QIAact Cleanup Kit (catalogue no. 185446) to reduce sample processing time and risk of handling errors. Note: The GeneRead QIAact Cleanup Kit (cat no. 185446) is currently intend for us with just the GeneRead QIAact Lung DNA Panel.

GeneRead QIAact Lung RNA Panel

Total RNA is first reverse-transcribed to first strand cDNA. A separate, second strand synthesis is used to generate double strand (ds)-cDNA. This (ds)-cDNA is then end-repaired and A-tailed in a single tube protocol. The prepared (ds)-cDNAs are then ligated at the 5’ ends to a sequencing platform-specific adapter containing UMI and sample specific bar code.

Ligated (ds)-cDNA molecules are subject to limited cycles of target enrichment PCR. This reaction ensures that intended targets and UMIs are enriched sufficiently to be represented in the final library. A universal PCR with GeneReader specific sequences is then carried out to amplify the targets and complete the library.

Once the library is sequenced, results can be analyzed using the relevant GeneRead QIAact Lung assay workflow, which will automatically perform all steps necessary to generate a DNA sequence variant report from your raw NGS data. All detected variants can be further interpreted by QIAGEN Clinical Insight (QCI) analysis.


GeneRead QIAact Lung All-in-One Assay

This assay combines elements of both the GeneRead QIAact Lung DNA Panel and GeneRead QIAact Lung RNA Panel Kit protocols. Full details can be found in the GeneRead QIAact Lung All-in-One Assay handbook.

Data analysis

Once the library is sequenced, results can be analyzed using the relevant GeneRead QIAact Lung assay workflow, which will automatically perform all steps necessary to generate a variant report from your raw NGS data. All detected variants can be further interpreted by QIAGEN Clinical Insight (QCI) analysis.

 
Aplicações
For constructing targeted, molecularly bar-coded libraries from DNA and RNA for digital sequencing as part of the GeneReader NGS System workflow.

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