Search Results for: annotation

Reflecting on AMP 2019

         November 14, 2019

Our team has returned from the annual meeting of the Association of Molecular Pathology (AMP 2019), and, as always, I am grateful for all the wonderful experiences we are bringing back with us. The plenary sessions and talks were bountiful, and we were very impressed with the well-organized exhibition. Hats off to everyone involved in planning this great event! Innovation… Read more »

End of Year Bundles 2019

         November 12, 2019

It’s the most wonderful time of the year; our software specials are here! Now is the time to implement a Golden Helix solution to automate your workflows and analyze variants quick, easy, and affordably with our Year-End Bundles. Select packages which come once a year… these deals have been designed to fit your lab’s needs – and budget. Please note… Read more »

All New VSClinical AMP Workflow Tutorial

         November 5, 2019

We have recently added a tutorial to help introduce customers to the ease and utility of the AMP Guidelines incorporated in VarSeq’s VSClinical package. The AMP Guidelines allow users to sort through available clinical evidence in a streamlined fashion to arrive at final classification and interpretation and then transfer that information into a clinical report. And the AMP Guidelines also… Read more »

Somatic Variant Calling with Sentieon: Tumor-Normal Workflow

         October 31, 2019
Sentieon

As I mentioned in the first part of this series, Sentieon allows users to call somatic variants against a matched normal sample and a tumor-only analysis. Utilization of a Tumor-Normal Workflow In addition to the fundamental process of alignment and variant calling, there are a few more steps that will improve the quality of your secondary analysis. Figure 1 (below)… Read more »

VSWarehouse Upgrade: Somatic Variant Analysis via VSClinical AMP Workflow

         October 25, 2019
VSWarehouse Updates

This month’s webcast delves into VSWarehouse with a focus on our new capability of storing somatic variant projects and catalogs built for the AMP Guidelines within VSClinical. If you didn’t have a chance to join us for the live event, please enjoy the video recording below. Previous webcasts have gone into great detail on the features and processing of somatic… Read more »

VarSeq 2.2.0 Release Notes

         October 23, 2019
ClinVar

VarSeq 2.2.0 was released today and this a stable release full of upgrades and polishes. Some of the newer features include the ability to store and include AMP Cancer assessment catalogs on VSWarehouse, quicker accessibility to common annotations plotted in GenomeBrowse, and the addition of all of our standard templates for the GRCh38 genome assembly. Many of the polishes were… Read more »

Reflecting on ASHG 2019

         October 22, 2019

As our team returns from another successful ASHG conference, I would like to reflect on the great memories, connections, and future plans that were made at this meeting. First, I will start by thanking everyone involved with the superb planning and execution of the conference. We are thankful to have this opportunity to connect with our customers, partners, and friends… Read more »

Copy Number Variants Using AMP Guidelines

         October 10, 2019

The common approaches to detecting copy number variants (CNVs) are chromosomal microarray and MLPA. However, both options increase analysis time, per sample costs, and are limited to the size of CNV events that can be detected. VarSeq’s CNV caller, on the other hand, allows users to detect CNVs from the coverage profile stored in the BAM file, which allows you… Read more »

Variant Interpretation with VSClinical: RET-KIF5b Gene Fusion

         September 24, 2019

Gene Fusion Background Gene fusions are hybrid genes that result from translocations, interstitial deletions, or chromosomal inversions that can lead to constitutive gene activation and result in increased or abnormal protein production. Increased or abnormal protein production subsequently can play an important role in tumorigenesis and thus identifying and evaluating this type of biomarker is important in the cancer workspace…. Read more »

Automating & Standardizing Your NGS Workflow: Part IV

         September 10, 2019

We have covered a lot of ground in this Automating & Standardizing Your Workflows blog series. First, we saw how to perform secondary analysis with Sentieon to generate the necessary VCF and BAM files for tertiary analysis in Part I. The implementation of VSPipeline allowed for rapid import and project generation for a predefined cancer gene panel project template in… Read more »

Following the AMP Guidelines with VSClinical: Part II

         September 5, 2019

VSClinical  users can interpret and report genomic mutations in cancer following the AMP guidelines which we’re demonstrating in this “Following the AMP Guidelines with VSClinical” blog series. Part I introduced the hands-on analysis steps involved in creating a high-quality clinical report for targeted Next-Generation Sequencing (NGS) assays. We reviewed sample and variant quality, including the depth of coverage over the target regions by the sequencing performed for each sample. Now, we are ready to… Read more »

Automating & Standardizing Your NGS Workflow: Part II

         August 29, 2019

VSPipeline: Automating your Tertiary Workflows The first part of this “Automating & Standardizing your NGS Workflow” blog series covered the secondary analysis steps of read alignment and variant calling with Sentieon. The next step is to transition into the tertiary analysis via utilization of our workflow automation tool, VSPipeline. VSPipeline operates as a command-line tool meant to simplify the deployment… Read more »

Following the AMP Guidelines with VSClinical: Part I

         August 23, 2019

In the world of genomics shaping precision medicine in oncology, the limiting factor is the time-to-sign-out of a fully interpreted molecular profile report. There are many components of the entire testing process that add to the turn-around time of each test. Many of these steps, such as sample prep, sequencing, and automated secondary analysis, are bounded and consistent in their time requirements. The hands-on… Read more »

Variant Interpretation with VSClinical: Non-Small Cell Lung Cancer

         August 20, 2019

With the increasing knowledge of mutations involved in cancer, it is imperative to have a tertiary analysis pipeline that provides users with the most up to date information on somatic mutations. VSClinical’s Cancer Add-On does just that and more; with this feature, users can investigate and report on SNVs, indels, CNVs, gene fusions, and considerations for wild type genes in… Read more »

Variant Interpretation with VSClinical: Huntington’s Disease (HD)

         August 12, 2019

Huntington’s Disease (HD) Background Huntington’s Disease (HD) is an autosomal dominant neurodegenerative disease that is caused by a mutation in the huntingtin (HTT) gene resulting in 36 or more CAG trinucleotide repeats in exon 1. Individuals affected by HD experience motor disorders including involuntary movements and poor coordination, cognitive impairments showing a decline in thinking and reasoning and psychiatric disorders… Read more »

Shared Data in VarSeq

         July 22, 2019

When using VarSeq; annotations, application settings, and assessment catalogs are all stored locally. Sometimes these resources can grow to large space grabbing directories, causing you to either purchase additional storage devices or getting rid of previously downloaded resources you might need down the road. But there’s hope! You can set where you want all of your data stored to be… Read more »

Clinical Variant Analysis for Cancer: Part III

         June 18, 2019

Clinical Variant Analysis for Cancer – Applying AMP Guidelines to Analyze Somatic Variants As described in my eBook “Genetic Testing for Cancer,” any bioinformatic pipeline for cancer ultimately calls variants based on the aligned reads that the sequencer generated. Variant calling is the process of reviewing a sequence alignment, typically in the form of a BAM file, to identify loci… Read more »

Automating Clinical Workflows: Part III

         April 19, 2019

In the previous two articles, we explored the different steps of a clinical workflow. The first post covered the automated analysis that creates a VarSeq project. While the second post covered the interpretation steps and generation of a clinical report. These posts illustrated the ease with which these complex tasks can be carried out. Today we’ll dig a little bit… Read more »

Automating Clinical Workflows: Part II

         April 11, 2019

In the previous blog post, we covered the automated steps to create a VarSeq project. Today we will examine the active analysis steps. These are the steps that require human interpretation to analyze the clinically relevant variants. A lab tech can take the first pass at the output in the generated VarSeq project. They can perform the quality control and… Read more »