Technology

Product Highlights

Single Primer Enrichment Technology (SPET) for DNA

Single Primer Enrichment Technology (SPET) for DNA is a customizable solution for targeted sequencing. SPET probes interrogate both strands of the target to enable CNV analysis, robust detection of SNPs (SNVs) and viruses, and re-sequencing.

  • High quality or FFPE input
  • Flexible customization from one to thousands of targets
  • Molecular tag for accurate determination of unique molecules
  • Superior alignment, on-target and coverage metrics

Find this technology in:

Ovation Cancer Panel 2.0

Ovation Custom Target Enrichment System

Single Primer Enrichment Technology (SPET) for RNA

Single Primer Enrichment Technology (SPET) for RNA is a customizable solution for gene fusion and translocation detection. Probes extend into neighboring exons or fusions during library construction to identify both known and novel targets.

  • High quality or FFPE input
  • Flexible customization from one to thousands of targets
  • Molecular tag for accurate determination of unique molecules
  • Superior alignment, on-target and coverage metrics

Find this technology in:

Ovation Cancer Panel 2.0

Ovation Custom Target Enrichment System

Single Primer Isothermal Amplification (SPIA)

Single primer isothermal amplification (SPIA) is a highly reproducible method of isothermal amplification that preserves the stoichiometry of the input material. Our SPIA systems generate cDNA for a range of samples and workflows: 

  • Low input RNA-seq and gene expression analysis with microarray and qPCR
  • Pre-amplification for qPCR
  • Whole transcriptome amplification
  • Works with RNA from all sample types–Liquid biopsies, FFPE, LCM, cell lines, tissues
  • Automated workflows available

Find this technology in:

Ovation RNA-Seq System V2

Ovation RNA-Seq FFPE System

Trio RNA-Seq

AnyDeplete (formerly InDA-C)

AnyDeplete (formerly InDA-C) is a technology for targeted depletion of abundant transcripts.

  • Customizable to any transcript, any organism
  • Post library depletion avoids off-target mRNA cross-hybridization events that can introduce unwanted bias
  • Maximize informative sequencing reads in whole transcriptome data

Find this technology in:

Ovation Universal RNA-Seq System

Ovation SoLo RNA-Seq System

Trio RNA-Seq

Universal Plus mRNA-Seq