Predicine Submits First PMA Module to FDA for Bladder Cancer Companion Diagnostic
The urine-based NGS assay received Breakthrough Device Designation in 2022 and targets genomic alterations in cancer-associated genes.
The urine-based NGS assay received Breakthrough Device Designation in 2022 and targets genomic alterations in cancer-associated genes.
A new study reveals that a simple blood test using single-cell sequencing of rare stem cells can detect early signs of leukemia.
Ultima Genomics has launched UG 100 Solaris, an upgraded sequencing solution that enhances throughput and reduces costs.
Two studies demonstrate the potential of a genomic screening platform to improve early detection of genetic diseases in newborns.
Read MoreDelve Bio’s Delve Detect is a metagenomic sequencing test capable of quickly identifying over 68,000 pathogens from CSF.
Read MoreA mNGS test offers a rapid, comprehensive solution to diagnose a broad range of pathogens in neurological and respiratory infections.
Read MoreA study reveals that while diagnostic accuracy in genetic testing is consistent across racial groups, access disparities persist.
Read MoreBiotia’s BIOTIA-ID Urine NGS Assay uses artificial intelligence (AI) and genomics to deliver rapid, highly accurate UTI diagnoses.
Read MoreIllumina’s new MiSeq i100 Series sequencing systems provide faster, simpler, and more cost-efficient next-generation sequencing solutions.
Read MoreReducing the incidence of healthcare-associated infections, and the antimicrobial resistance they can trigger, is critical for patient care.
Read MoreThe next-generation sequencing assay delivers rapid and comprehensive genetic profiling for AML patients, guiding precise treatment decisions.
Read MoreA new study emphasizes the potential of advanced sequencing techniques in improving outcomes for CRC patients with rare genetic variants.
Read MoreAmbry Genetics unveiled a new multiomic exome sequencing test that incorporates RNA analysis to enhance the detection of rare diseases.
Read MoreGeneDx announced enhancements to its whole genome sequencing services, all aimed at accelerating diagnoses and improving health outcomes.
Read MoreBaylor Genetics and Baylor College of Medicine have launched the Medical Genetics Multi-Omics Laboratory to innovate genetic testing.
Read MoreThe Unlock Behind the Seizure program aims to provide accessible and affordable genetic testing for pediatric epilepsy patients.
Read MoreWhole genome sequencing has improved care for some children with cancer in England and can potentially replace multiple standard tests.
Read MoreA new genotyping test using cerebrospinal fluid can rapidly diagnose brain cancers, reducing the need for invasive biopsies.
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