Category Archives: Clinical genetics

Question and Answers: Cancer Gene Panels Webcast

Last week we conducted a webcast on “Cancer Gene Panels”; you can find the recording here. We had some excellent questions which we answered during the webcast and a few more that we didn’t get to in the allotted time. Please find answers to those questions here: 1. Are Cancer Gene Panels just another stepping stone on the way to… Read more »

Analyzing a Unique Family Structure in VarSeq 1.1.1

I am constantly on the lookout for fun or interesting datasets to analyze in SVS or VarSeq and recently came across a study looking into inherited cardiac conduction disease in an extended family (Lai et al. 2013). The researchers sequenced the exomes from five family members including three affected siblings and their unaffected mother and an unaffected child of one… Read more »

Introducing Phenotype Gene Ranking in VarSeq

Personal genome sequencing is rapidly changing the landscape of clinical genetics. With this development also comes a new set of challenges. For example, every sequenced exome presents the clinical geneticist with thousands of variants. The job at hand is to find out which one might be responsible for the person’s illness. In order to reduce the search space, clinicians use various methods… Read more »

PreventionGenetics to Use GoldenHelix’s VarSeq for Dx Test Offering

Today, we at Golden Helix announced our collaboration with PreventionGenetics as they prepare to implement the VarSeq software into their exome sequencing pipeline. The VarSeq software will allow PreventionGenetics to offer an exome test by dramatically speeding up the analysis process. VarSeq will narrow down sequence data into gene(s) of interest based on inheritance patterns, facilitating the identification of clinically relevant… Read more »

Genetic Testing for Cancer

      Andreas Scherer    January 20, 2015    No Comments on Genetic Testing for Cancer

In 1914 the German cytologist Theodor Boveri coined the phrase “Cancer is a disease of the genome”. At this time his ideas were equally revolutionary as they were highly contested. Fast forward. More than hundred years later, Next-Generation Sequencing effectively permits a highly sensitive analysis of cancer cells. It can help us to understand mutations associated with cancer development and… Read more »