Thermo Fisher Launches Thermal Cycler for Workflow Flexibility and Lab Automation
The system features advanced thermal technology and modular block configurations to support complex molecular biology protocols.
The system features advanced thermal technology and modular block configurations to support complex molecular biology protocols.
Seegene unveiled its STAgora real-time data analytics platform and an updated CURECA automated PCR system at ESCMID Global 2026, aiming to enhance infectious disease monitoring through integrated laboratory workflows and aggregated test data.
Presentations at the upcoming annual meeting will focus on AI-based analysis, biomarker prevalence, and therapy development.
New 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.
Read MoreResearch demonstrates an automated next-generation sequencing workflow designed to reduce hands-on time while delivering next-day CGP results.
Read MoreIllumina has announced an 18-month roadmap for NovaSeq X, featuring a 40% output increase to 35 billion reads, faster turnaround times, new flow cell options, and the introduction of Q70 quality scores.
Read MoreThe integrated testing approach combines genomic profiling with immunohistochemistry to support faster treatment decisions for advanced-stage cancer patients.
Read MoreTumor-informed blood test uses whole-exome sequencing and bioinformatics to identify trace tumor DNA before recurrence appears on imaging.
Read MoreThe Galleri blood test demonstrated a four-fold increase in cancer detection rates and substantial reduction in stage IV cancer diagnoses in 142,000 participants.
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