Digital RNAseq for fusion genes and expression analysis
Targeted RNAseq enables researchers to monitor gene expression changes, identify fusion genes and monitor genetic variants. However, challenges during library construction and sequencing analysis often results in sub-optimal results or inferior sensitivity due to PCR-bias and sequencing artifacts. ...
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Targeted RNAseq enables researchers to monitor gene expression changes, identify fusion genes and monitor genetic variants. However, challenges during library construction and sequencing analysis often results in sub-optimal results or inferior sensitivity due to PCR-bias and sequencing artifacts.
QIAGEN’s QIAseq Panels for RNAseq applications overcome traditional library construction bias by using single primer extension (SPE) and unique molecular indexes (UMIs) to overcome traditional RNAseq limitations and ensure increased precision and accuracy. With an integrated data analysis pipeline, results from raw sequencing files are simplified into actionable results using a desktop computer.
QIAGEN’s QIAseq Targeted RNA Panels offer a dedicated workflow for gene expression analysis while the QIAseq Targeted RNAscan Panels identify fusion genes and genetic variants.
Upgrade your RNAseq data by using QIAGEN’s QIAseq panels and move beyond the limits of qPCR, microarray and traditional RNAseq.
QIAGEN's Targeted RNAseq offers:
- Unique molecular indexes to ensure accurate results
- Simple, 1-day library construction workflow
- Complete kit including panel, reverse transcriptase and QIAseq beads
- Use with Illumina or Thermo Fisher NGS instruments
- Integrated cloud-based data analysis pipeline with no bioinformatics investment
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