Seq and You
Shall Find

Unlock the power of massively parallel sequencing (MPS) for forensic genomics.

Today, most forensic DNA testing laboratories still utilize PCR and capillary electrophoresis (CE)-based methods for the analysis of forensic samples. However, numerous limitations in that approach exist, including challenges presented by degraded DNA, low quantity DNA, or complex DNA mixtures, which can result in a forensic case going unresolved.

The Power of MPS for Forensic Genomics Applications

Targeted massively parallel sequencing (MPS) can deliver more conclusive results with greater efficiency for criminal casework, forensic databasing, missing persons cases, and disaster victim identification.

Criminal Casework

Targeted sequencing of forensically relevant STR and SNP loci empowers you to generate leads, even on cold cases. Using the MiSeq FGx System, crime laboratories can address hundreds of markers in a single test. This lets labs develop a more thorough, detailed profile from degraded, mixed, and limited DNA samples.

Forensic Databasing

Millions of DNA profiles are curated in national DNA databases. MPS can help labs produce high-quality forensic DNA profiles more efficiently. Because Verogen’s sequencing technology analyzes multiple marker sets simultaneously, rather than sequentially, there is a faster turnaround. Moreover, the generated STR allele calls are fully compatible with current database formats.

Missing Persons & Disaster Victim ID

Verogen offers a powerful massively parallel approach for sequencing forensic PCR amplicons, both nuclear and mitochondrial. Now you can utilize a single platform and optimal workflow to overcome the widest range of difficult samples often encountered in missing persons and disaster victim ID cases.

Massively Parallel Sequencing: Making the Vision a Reality

Experts in forensic genomics discuss overcoming implementation challenges and the many benefits of MPS in everyday casework.

STR and SNP Sequencing

Targeted sequencing of forensically relevant loci relieves many of the limitations of genotyping based on fragment length detection. The MiSeq FGx Forensic Genomics System enables SNP and STR analysis for large numbers of globally relevant STR markers and dense SNP sets in a single forensic DNA test

Mitochondrial DNA Analysis

Verogen’s MPS technology provides fast results and deep coverage to extract genetic data from even the smallest, most compromised DNA samples. The deep reads using this approach enable accurate detection of mitochondrial DNA heteroplasmy with minor allele frequencies (MAFs) greater than 1%.

Our integrated NGS sequencing workflow goes from DNA through final data analysis, with the option to use a D-loop or a whole mitochondrial genome protocol. The Nextera XT DNA Library Prep Kit enables rapid library preparation while the MiSeq FGx instrument, in research use only (RUO) mode, can be used for mtDNA analysis as well as a broad range of applications. The mtDNA Variant Processor and Variant Analyzer BaseSpace Apps enable streamlined variant analysis and data visualization.

Targeted MPS for Forensic Genomics

Learn how massively parallel sequencing works and its benefits for forensic genomics applications.

The samples may be difficult. Your workflow shouldn’t be.

Our fully validated forensic NGS workflow includes a dedicated library prep kit, customized benchtop sequencing instrument, and an analytical software package to efficiently take you from sample to answer.

  • The most powerful MPS assay available for all sample types
  • The leading platform in MPS technology
  • Enables seamless, intuitive analysis of relevant SNP and STR data

Massively Parallel Sequencing – The Time is Now

Hear from experts in the field how this technology is paving the way ahead and why now is the time to adopt.

Request Additional Information

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You can also call us at 1.833.837.6436 toll-free (North America) or 1.858.285.4101