PathAI Integrates PathExplore on AISight Platform for Tumor Analysis
The self-service integration enables users to analyze tumor microenvironments at single-cell resolution using routine H&E slides.
The self-service integration enables users to analyze tumor microenvironments at single-cell resolution using routine H&E slides.
The system combines enhanced sensitivity with automation to detect M-proteins at low concentrations, supporting early diagnosis of plasma cell disorders.
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.
The qPCR-based test detects variants that increase risk of severe fluoropyrimidine chemotherapy toxicity.
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.