Illumina Partners Advance Cancer Research with Multiomics Technologies
Studies demonstrate spatial transcriptomics, 5-base sequencing, and proteomics applications in oncology diagnostics and therapeutic development.
Studies demonstrate spatial transcriptomics, 5-base sequencing, and proteomics applications in oncology diagnostics and therapeutic development.
A national study in Abu Dhabi used data from 500,000 citizens to improve early detection and prevention of inherited eye diseases.
The $100 million deal brings an ultra-fast system for respiratory viruses to QuidelOrtho’s point-of-care portfolio.
Biodesix will present seven abstracts—including two oral sessions—at AACR 2026, highlighting advances in automated myeloid testing, liquid biopsy, and NGS-based cancer monitoring platforms.
Read MoreA peer-reviewed study suggests molecular signatures can be identified without invasive uterine sampling using whole-transcriptome sequencing and machine learning.
Read MoreThe BiliSeq molecular test detected bile duct cancer in 82% of cases—compared to 44% with standard pathology—according to a six-year, multi-institutional study.
Read MoreThe companion diagnostic can now help identify patients with esophageal or gastroesophageal junction carcinoma who may be eligible for pembrolizumab treatment.
Read MoreA retrospective study in Lymphatics reports that CSF liquid biopsy testing delivered clinical impact in 82% of CNS lymphoma cases, resolving diagnoses and informing treatment when standard methods were inconclusive.
Read MoreNew additions to the COMET suite aim to improve flexibility and sensitivity in multiplex tissue analysis for research and preclinical development.
Read MorePowered by anchored multiplex PCR chemistry, the in vitro diagnostic offerings target fusion and variant detection for molecular pathology laboratories.
Read MoreResearchers found that circulating tumor DNA testing could identify which older patients with estrogen receptor–positive breast cancer are less likely to respond to hormone therapy alone.
Read MoreCirena has licensed a University of Colorado Boulder RNA synthesis technology, enabling scalable production of high-purity, 100–400 nt RNA constructs for CRISPR, functional genomics, and RNA therapeutics research.
Read MoreBaylor Genetics has added optical genome mapping and long-read sequencing to its whole genome sequencing test, expanding STR analysis, enabling FMR1 methylation detection, and improving structural variant interpretation.
Read MoreThe FDA has granted Breakthrough Device Designation to MeMed BV Flex, an AI-powered capillary blood test designed to distinguish bacterial from viral infections in 15 minutes using host-response biomarkers.
Read MoreThe Menlo Park-based company is integrating epigenetic signatures into its rare disease diagnostics offering, with the new capability set to roll out automatically in early Q2 2026.
Read MoreThe Phase 2 grant supports AI-driven analysis of retinal tissue to identify disease-specific patterns linked to ALS, FTD, and LATE.
Read MoreSwiss company’s 1536-well technology aims to make transcriptomics cost-effective for primary drug screening and toxicology applications.
Read MoreJohns Hopkins researchers have developed an AI-driven liquid biopsy that uses cell-free DNA fragmentation patterns to detect early liver fibrosis and cirrhosis, according to a study in Science Translational Medicine.
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