Devyser HBOC for NGS


Pinpoint gene mutations with a recognised connection to the development of breast and ovarian cancers.

 

  •   Detect mutations in genes with a recognised connection to the development of breast and ovarian cancers
  •   Can be used as a follow-up after negative BRCA testing, or combined with Devyser BRCA for analysis of 14 genes in total
  •   End-to-end CE-IVD solution including NGS library preparation and a customised data interpretation software
  • Targeted sequencing with high uniformity reduces sequencing costs by maximising sample capacity on every NGS flowcell
  • User friendly workflow with 45 mins hands-on time and a total laboratory process time of five hours from DNA to sequencing

 

Genes included in the Devyser HBOC CE-IVD gene panel

 

ATM PTEN BARD1
RAD51C RAD51D BRIP1
CDH1 STK11 CHEK2
TP53 NBN PALB2
BRCA1* BRCA2* *Through combined protocol with
Devyser BRCA

 

Designed for genetic testing in hereditary breast and ovarian cancers

The Devyser HBOC gene panel has been developed with an integrative approach towards the varying literature and expert recommendations for follow-up after negative BRCA testing. It can also be employed as a first-line protocol simultaneously with BRCA1 and BRCA2, extending the screening by an additional 12 genes. Its purpose is to pinpoint mutations in genes with a recognised connection to the development of breast and ovarian cancers.

Quick and easy implementation

 

With ready-to-use reagents, less than 45 minutes hands-on time and customised data interpretation software, it is a good match for laboratories of any size. The targeted sequencing approach combined with uniform coverage of target regions maximises the output of relevant sequencing data in every run.

 

Identify variants to guide testing of at-risk relatives

 

Genetic testing of these genes may help guide treatment and management decisions. Identification of a disease-causing variant would also guide testing of at-risk relatives. This test is specifically designed for heritable germline mutations.

Watch video to see how it works

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