FDA Clears Tumor Profiling Assay that Analyzes 425 Cancer-Related Genes
The NGS-based test joins CE-IVD and NMPA approvals for global market access.
The NGS-based test joins CE-IVD and NMPA approvals for global market access.
The Salt Lake City-based company offers four targeted testing options that focus on how genetics influence responses to nutrition, fitness, sleep, and stress management.
As accessibility to long-read sequencing technologies like Oxford Nanopore and PacBio increases, clinical laboratories must assess their readiness for implementation.
The FDA has approved Thermo Fisher’s Oncomine Dx Express Test on the Genexus Dx Integrated Sequencer as a companion diagnostic for ZEGFROVY.
Read MoreResearchers have developed a CRISPR-Cas10-integrated graphene biosensor for amplification-free, ultra-sensitive RNA and miRNA detection.
Read MoreSeqOnce has launched Measles Panel A, a new RT-qPCR assay designed to detect all known measles genotypes—including the D8 genotype.
Read MoreSeegene has launched STAgora, a next-gen infectious disease analytics platform providing real-time, AI-driven insights.
Read MoreNeoGenomics has launched PanTracer Tissue and PanTracer Tissue + HRD, advanced solid tumor profiling assays.
Read MoreDespite powerful advances in precision medicine, most doctors remain untrained in these emerging diagnostic tools.
Read MoreA new study reveals that a simple blood test using single-cell sequencing of rare stem cells can detect early signs of leukemia.
Read MoreNGS-based MRD testing offers unprecedented sensitivity and breadth in detecting low-frequency leukemic clones.
Read MoreA study shows that saliva contains genetic markers linked to systemic diseases for a non-invasive alternative to blood-based diagnostics.
Read MorePrecision oncology is undergoing rapid transformation driven by NGS technology, but systemic barriers in testing access must be overcome.
Read MoreMost Medicaid-enrolled children with autism or intellectual disability are not receiving recommended genetic testing.
Read MoreResearchers have developed a nanopore sensor using 2D materials, marking a breakthrough toward DNA sequencing for precision medicine.
Read MoreRutgers and Yale engineers have developed a portable device that rapidly detects rare genetic mutations from a single drop of blood.
Read MoreResearchers have developed a blood-based Healthspan Proteomic Score (HPS) that predicts biological aging and risk of chronic diseases.
Read MoreResearchers have developed a generative AI tool, TWAVE, that identifies networks of genes responsible for complex diseases.
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