Executive War College, 2024, New Orleans
April 30 - May 1, 2024, Hyatt Regency, New Orleans
Read MoreFor Meetings, Contact:
info@fabricgenomics.com
April 30 - May 1, 2024, Hyatt Regency, New Orleans
Read MoreFor Meetings, Contact:
info@fabricgenomics.com
For Meetings, Contact:
info@fabricgenomics.com
For Meetings, Contact:
info@fabricgenomics.com
For Meetings, Contact:
info@fabricgenomics.com
For Meetings, Contact:
info@fabricgenomics.com
For Meetings, Contact:
info@fabricgenomics.com
For Meetings, Contact:
info@fabricgenomics.com
For Meetings, Contact:
info@fabricgenomics.com
For Meetings, Contact:
info@fabricgenomics.com
For Meetings, Contact:
info@fabricgenomics.com
September 23, 2022, Virtual
Read MoreFor Meetings, Contact:
info@fabricgenomics.com
June 28, 2022 - June 30, 2022, Silicon Valley, California
Read MoreFor Meetings, Contact:
info@fabricgenomics.com
For Meetings, Contact:
info@fabricgenomics.com
For Meetings, Contact:
info@fabricgenomics.com
For Meetings, Contact:
info@fabricgenomics.com
For Meetings, Contact:
info@fabricgenomics.com
For Meetings, Contact:
info@fabricgenomics.com
For Meetings, Contact:
info@fabricgenomics.com
Fabric Genomics, the leader in artificial intelligence (AI)-powered next generation sequencing interpretation, is announcing a new partnership with Intermountain Children’s Health to analyze the whole genomes of children sequenced by the Broad Clinical Labs to help speed diagnosis of kids who may have genetic diseases.
Fabric AI technology for interpretation of the human genome, powered by the Fabric GEM AI algorithm, will be adapted into the FirstSteps clinical support tool, empowering clinicians to provide timely medical intervention for patients with rare genetic diseases in Greece.
The newly formed partnership will enable clinical genomics laboratories to move from sample to evidence-backed analysis to actionable clinical reports using a push-button solution.
Fabric’s AI platform will help identify and prioritize new genome variants associated with neuroimmune axis disorders and accelerate clinical diagnostics for these conditions.
Priced at $1,000 per sample, the new test promises to be competitive with other offerings in the market
while offering better cost transparency.
Hofher, Former Chief Scientific Officer of GeneDx, is the latest addition to Fabric Genomics’ expanding leadership team
A new study in Nature Communications describes and examines the performance of Rady Children’s Institute for Genomic Medicine’s Genome-to-Treatment (GTRx™), a clinical decision support tool on which Fabric is a research collaborator.
Fabric’s PHEVOR WGS algorithm used in recent University of Utah School of Medicine study featured in npj Genomic Medicine: “A dominant negative ADIPOQ mutation in a diabetic family with renal disease, hypoadiponectinemia, and hyperceramidemia”
BeginNGS™ to accelerate newborn screening by rapid whole genome sequencing to help diagnose and treat genetic diseases with available therapies, Fabric honored to have been a collaborator
The partners will offer an integrated sample-to-report rapid nanopore sequencing analysis platform for neonatal/paediatric intensive care units to support clinicians in acute settings.
Fabric Genomics will provide the AI-based platform used to support the interpretation of clinical whole genomes and custom assays.
Element Biosciences and Fabric Genomics to explore commercialization of end-to-end clinical application solutions based on Element’s AVITI system and the Fabric Enterprise clinical interpretation platform.
GenomeWeb looks at two recent studies that lend support to Fabric Genomics' artificial intelligence-based algorithm in helping to diagnose genetic diseases, providing further validation of the end-to-end software tool intended to help labs launch genomic testing programs.
New England Journal of Medicine publication showcases technology-driven variant detection platforms in accurately identifying causative genetic mutations
Pivotal study led by Fabric Genomics and Rady Children's Institute for Genomic Medicine demonstrates that artificial intelligence can enable the accurate and rapid clinical diagnosis of rare diseases in critically ill newborns based on whole-genome or whole-exome analyses
In a study involving 56 rare genetic disease cases with causal SVs, Fabric GEM – Fabric Genomics’ AI gene-ranking algorithm – provided a unified approach to analyzing SVs and SNVs in a single step, correctly identifying 96 percent of these SVs. Moreover, GEM identified the causal SV in the top five list of all candidates (SVs and SNVs) 93 percent of the time, requiring review of fewer than five candidates per case.
Watch the talk by Francisco De La Vega to see how panel testing with Fabric ACE enables clinical labs to perform rapid genomic interpretation to uncover critical insights that reduce costs and save lives.
Ring in the New: Rady Children’s Hospital Introduces NovaSeq for a Newborn Diagnosis. “The sequence data are fed into a rapid analysis pipeline using Edico Genome’s DRAGEN processing platform and Fabric Genomics’ Opal clinical variant platform for interpretation.”
Pushing a New Standard: Genome Medical, Fabric Genomics Partnership Helps Push Genomic Medicine into the Mainstream
Fabric Genomics and TOMA Biosciences announced a partnership in April to develop an end-to-end genomic testing and clinical interpretation product for somatic cancers. The new system integrates TOMA’s oligo selective sequencing (OS-Seq) technology, which was developed at Stanford University, and combines it with Fabric Genomics’ bioinformatics platform. “What TOMA does is a very specialized assay …