In the world of genomics, data ownership and portability are fundamental principles that every researcher and clinician should embrace. With the increasing complexity of genomic datasets and the critical importance of long-term data accessibility, having the ability to export your data in multiple formats is not just convenient, it’s essential. This is where the gautil export commands shine, providing researchers… Read more »
This year, our CancerKB curation team has been hard at work expanding and refining the content that supports cancer variant interpretation and clinical reporting. In addition to staying current with the latest FDA-approved therapies and NCCN Guideline-recommended treatments, the team has taken on a significant new initiative: developing comprehensive diagnostic and prognostic interpretation summaries for the most prominent solid tumors…. Read more »
At Golden Helix, we’ve supported the HGVS variant nomenclature standard since the very first release of VarSeq. The HGVS standard provides a consistent and precise language for describing sequence variants in the context of gene transcripts and is a critical part of clinical genomics workflows. As with all living standards, HGVS continues to evolve, refining how we describe increasingly complex… Read more »
New to VarSeq 3 is support for breakend catalogs. Breakends represent the junction points of structural variants, which include complex genomic rearrangements like translocations, inversions, and large deletions that play crucial roles in cancer genomics and rare disease analysis. These catalogs are unique as they must save two genomic positions for each record, representing both sides of the structural variant… Read more »
This month, our team at Golden Helix is proud to highlight a series of standout customer publications demonstrating the real-world impact of next-generation sequencing and variant analysis. Featured articles from June 2025 showcase the power of the VarSeq platform in supporting high-quality research across hereditary and somatic disease. From integrating AI to enhance variant detection in colorectal cancer, to reclassifying… Read more »
Managing genomic workflows at scale has always required a bit of IT expertise. The reality is, Next Generation Sequencing data is quite large and requires substantial compute resources to process. Clinical labs must carefully plan how to scale their IT resources to match their genomic testing workloads. Some labs prefer to operate fully “cloud native,” while others value the control… Read more »
We’re excited to announce a powerful new feature in GenomeBrowse that enhances our support for visualizing long-read sequencing data: the ability to color reads by base modifications, such as DNA methylation, directly from BAM and CRAM alignment files. Long-read sequencing technologies like those from PacBio and Oxford Nanopore have unlocked the potential to directly detect base modifications, including cytosine methylation… Read more »
Here at Golden Helix, we continue to develop top-quality bioinformatic software to support high-throughput clinical next-gen sequencing pipelines, including long-read whole-genome-sequencing (WGS) workflows. WGS long-read technologies like PacBio HiFi and Oxford Nanopore offer improved variant calling for SNVs, Indels, structural variants, tandem repeats and repeat expansions, and epigenetic modifications. Each of these genetic variations that are detected using long-read WGS… Read more »
As comprehensive genomic profiling (CGP) becomes the standard in cancer variant analysis, the scale and complexity of next-generation sequencing (NGS) data continue to grow. It is now commonplace to report on small variants, larger amplifications and deletions, various complex structural variants (fusions or breakends) as well as genomic signatures like microsatellite instability (MSI) and tumor mutation burden (TMB). Interpreting this… Read more »
Next-generation sequencing (NGS) data analysis often involves multiple steps from variant annotation, filtering, interpretation, visualization, and report generation. Repeating these steps manually for each new project can be error-prone and inefficient. In clinical and regulated environments, we recognize that consistency is critical. That’s why VarSeq offers robust support for workflow templates, enabling users to save, share, and reuse entire analysis… Read more »
Calling all creatives, scientists, and fans of clever wordplay: Golden Helix is thrilled to kick-off the 2025 T-Shirt Design Competition! As we gear up for another exciting conference season, we want to see your witty ideas, genetics puns, and eye-catching graphics. This year’s winning designs will be unveiled at the upcoming ASHG 2025 conference and displayed worldwide at all upcoming… Read more »
Modern genomics workflows often require multiple specialized tools working in concert. In the upcoming VarSeq release, we are excited to announce the option for tighter integration with IGV. Genomics researchers and clinicians are well-versed in using IGV as a visualization tool for their genomic data. This new option will allow for synchronizing the view in the Golden Helix GenomeBrowser with… Read more »
Long-read sequencing technologies have opened new doors in genomics research, enabling more comprehensive analysis of structural variants, phasing, and complex genomic regions. To support these powerful applications, we’ve introduced several new features to GenomeBrowse that specifically enhance the visualization of long-read alignment files. These improvements are designed to help our users extract meaningful insights from their data while minimizing visual… Read more »
In the evolving landscape of genomic medicine, accurate interpretation of complex genetic data is critical for uncovering the molecular underpinnings of rare and undiagnosed diseases. VarSeq, Golden Helix’s robust and intuitive variant analysis platform, continues to empower researchers and clinicians worldwide in this mission. Recent publications highlight how VarSeq enabled novel insights across diverse cases—from the identification of UGDH as… Read more »
Pharmacogenomic (PGx) analysis empowers researchers and clinicians to tailor drug therapies based on a patient’s genetic profile, but not all regions of the genome are easy to interpret. Genes like CYP2D6 and HLA-A are tricky when it comes to rendering diplotype calls. This is due to a number of factors including high polymorphism, structural variations (including copy number variants), and… Read more »
Today, we announced the release of VarSeq 3 and VSWarehouse 3, marking a major milestone in enterprise-scale secondary and tertiary genomic analysis. The release introduces cloud-native deployment options optimized for AWS and Azure, expanded support for hybrid and on-premise support, flexible licensing models, including per-sample packaging tailored to small and mid-sized labs. To support these new deployment and licensing models,… Read more »
Golden Helix is thrilled to announce our participation at the European Society of Human Genetics (ESHG) 2025, where we will be in attendance from May 24–26 in Milan, Italy. Visit us at Booth #510 to explore how our cutting-edge solutions in NGS analysis, cancer diagnostics, and clinical genomics are accelerating precision medicine around the globe. Live Software Demos: Experience Innovation… Read more »
The VarSeq platform has been on the market for over a decade and has established itself as robust and powerful clinical-grade bioinformatics software. Its usage spans many types of analysis, including pharmacogenomics, rare disease, hereditary cancer, somatic, carrier risk, and trio/family. Fundamentally, users have the freedom to build any workflow they need, which is a significant value proposition compared to… Read more »
ClinVar is a global, publicly accessible database maintained by the National Center for Biotechnology Information (NCBI) that archives interpretations of human genetic variants and their clinical relevance. ClinVar consists of contributions from clinical labs, expert panels, and research groups, and serves as a community-powered knowledge base that is foundational for clinical genetics. This powerful database is expectedly one of the… Read more »
VarSeq, when used with VSPipeline, automates carrier screening analysis, allowing labs to run them in a parallelized, economical fashion.
