GeneDx Plans to Add Long-Read Whole Genome Sequencing for Rare Disease Testing
The phenotype-driven testing approach aims to detect structural variants and repeat expansions, with an early access program launching by year-end.
The phenotype-driven testing approach aims to detect structural variants and repeat expansions, with an early access program launching by year-end.
A Mayo Clinic study of nearly 50,000 adults found many carriers of sickle cell and beta-thalassemia traits were not identified in electronic health records, highlighting gaps in current documentation practices.
Abbott has launched a next-generation Oncodetect MRD test that uses whole-genome sequencing to track up to 5,000 patient-specific cancer variants, offering a 30-fold increase in detection sensitivity, according to the company.
Biodesix, in collaboration with Bio-Rad and Thermo Fisher Scientific, is advancing decentralized tumor-informed and tumor-naïve MRD assays designed for clinical labs, with validation underway at Memorial Sloan Kettering Cancer Center.
Read MoreThe partnership will allow clinical laboratories to integrate multiple Panther Systems into automated workflows designed to increase testing capacity and improve sample tracking.
Read MoreGene by Gene will provide whole-genome sequencing for Children’s Mercy’s Genomic Answers for Kids program, supporting the analysis of nearly 100,000 genomes from 30,000 families affected by pediatric rare diseases.
Read MoreGuardant Health will present 25 abstracts at ESMO 2026, highlighting new data on ctDNA liquid biopsy for cancer monitoring, including MRD surveillance and therapy resistance in lung, colorectal, and gastric cancers.New research examines how circulating tumor DNA testing could help detect cancer recurrence, track treatment response, and identify resistance across multiple cancer types.
Read MoreThe molecular test can identify multiple causes of fever from a single blood sample in about an hour, helping healthcare workers diagnose infections and respond to outbreaks more quickly.
Read MoreThe project will analyze immune cells from blood samples to help researchers understand how differences in the immune system influence disease risk, progression, and treatment response.
Read MoreNew software allows researchers to examine repeat expansions associated with up to 23 disease-related genetic regions in a single run.
Read MoreDelve Bio has launched Delve Detect Plasma, a blood-based mNGS assay capable of detecting over 68,000 pathogens from a single blood draw, with next-day results.
Read MoreMayo Clinic Laboratories and Pathology Asia Holdings have announced a strategic investment to expand regional access to molecular and genomic diagnostics in Southeast Asia, Australia, and New Zealand.
Read MoreUNC and Tulane researchers have developed a CRISPR-based microfluidic assay that identifies 15 nontuberculous mycobacteria species directly from clinical specimens in 3.5 hours, with over 97% sensitivity, according to a recent study.
Read MoreA multicenter study led by Children’s Hospital Colorado finds that skin biopsy fibroblast assays can help diagnose primary mitochondrial diseases, potentially reducing the need for invasive muscle and liver biopsies.
Read MoreThe new testing solution integrates ongoing data reanalysis to re-evaluate variants as clinical gene-disease knowledge expands.
Read MoreAs molecular diagnostics expand what laboratories can detect, laboratories are placing greater emphasis on matching the breadth of testing to the patient and how the results will be used.
Read MoreA new federal directive tasks HHS with launching rapid diagnostic R&D for vector-borne diseases, emphasizing decentralized molecular testing as part of a broader strategy to improve local pathogen surveillance.
Read More10x Genomics and Fred Hutchinson Cancer Center have launched a multi-project collaboration to study single cell and spatial profiling for cancer diagnostics, including biomarkers in bladder cancer and residual disease detection in AML.
Read More