MAY 10, 2017 7:30 AM PDT

Enrichment of cffDNA and ctDNA via size selection for reduced diagnostic assay costs

C.E. Credits: CEU
Speaker
  • President, Coastal Genomics
    Biography
      Mr. Nesbitt completed his Masters degree in Molecular Biology at Simon Fraser University where his work focused on the discovery of new genes in the C. elegans model organism. This experience impressed upon him both the value of next generation sequencing and its vulnerabilities to the extensively manual sample preparation steps. Mr. Nesbitt started his professional career in liquid handling automation as a product manager responsible for the development of NGS library construction solutions. He now works with Coastal Genomics to launch its automated gel size electrophoresis solution, Ranger Technology.
      <br />

    Abstract

    Cell free DNA (cfDNA) analysis for the purpose of diagnostics is currently practiced for non-invasive prenatal screening of cell free fetal DNA (cffDNA), and is anticipated to be leveraged for early stage cancer detection via circulating tumour DNA (ctDNA) detection. The process can be expensive as cfDNA fragments originating from a source of interest (i.e. cffDNA, ctDNA) are greatly outnumbered by those from normal tissues. While different methodologies for enrichment are being devised to deal with this issue, recent evidence suggests that cffDNA and ctDNA may be largely degraded to a final size of a specific length range. Such a reality opens the door to enrichment via tight size selection. Coastal Genomics is working to validate its Ranger® Technology platform for automation of high resolution gel-based size selection. In this talk, we discuss progress on this front, and consider realistic implementation of size selection in the context of the tradeoff between assay specificity and sensitivity.


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    Enrichment of cffDNA and ctDNA via size selection for reduced diagnostic assay costs

    C.E. Credits: CEU

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