Thermo Fisher Launches Triple-Quad Mass Spectrometer Aimed at High-Throughput Workflows
The system is designed to handle more than 10,000 injections without cleaning and scan over 900 SRM transitions per second for high-throughput laboratories.
The system is designed to handle more than 10,000 injections without cleaning and scan over 900 SRM transitions per second for high-throughput laboratories.
The acquisition adds analytical characterization and molecular design software capabilities to Revvity Signals' platform.
Researchers are developing a large-scale olfactory dataset to train artificial intelligence, potentially unlocking smell as a powerful tool for early disease detection.
The integration is designed to bridge specimen grossing with digital pathology workflows for improved diagnostic accuracy and efficiency.
Market research projects 17.15% compound annual growth rate driven by AI integration and cloud-based platforms.
The ethyl alcohol assay categorization enables moderate complexity laboratories to expand drug screening capabilities on the Abbott analyzer platform.
New plate-based multiplexing can profile up to 384 samples and 100 million cells per week.Â
With 70% of medical decisions depending on blood testing, experts highlight the toll of missed testing and the promise of alternative collection methods.
Market growth driven by expanding clinical applications and regulatory innovation, with kits and reagents dominating product segments.
The extraction-free library preparation technology is designed to deliver full transcriptome coverage for drug screening and toxicology studies.
New clearances expand MALDI-TOF platform capabilities with improved software, faster sample prep, and broader species coverage.
The collaboration will focus on creating a cortisol biosensor for stress and metabolic health testing using luminescent biosensors and AI-guided interpretation.
The Seattle biotech company receives a $750,000 Gates Foundation grant to develop a rapid diagnostic using novel protein binders and a luciferase system.
Faster, more accurate testing is helping clinicians identify synthetic opioids sooner and treat overdoses more effectively.