See how fluid dispensers analyze hand cleaning fluid post-contact to detect infections in asymp
See how fluid dispensers analyze post-use hand cleaning fluid to detect infections in asymptoma
See how a segmented pressure mat differentiates standing from sitting, tracks actual usage, and
Radar and thermal imaging are fused with AI to improve contactless disease screening confidence while enabling rapid mass diagnosis.
A membrane-separated dual biosensor reads saliva and sputum signals to identify mutated SARS-CoV-2 strains more reliably.
Portable monitoring combines physiological, cognitive, and psychosocial data to predict early wellness decline and disease risk for timely intervention.
Automated light-scatter analysis of monocyte and granulocyte parameters speeds MIS-C evaluation while reducing reliance on intensive lab testing.
Pooling, enzymatic digestion, antibody enrichment, and mass spectrometry speed infectious disease testing while preserving positive-result resolution.
Machine learning uses molecular sequence and biological response data to predict human vaccine responses with fewer false positives and negatives.
Unsupervised clustering of neural network weights and antibody binding data maps known and unknown disease states with better noise robustness.
Probability models infer batch lots from WMS data, improving final-mile food traceability for FSMA 204 compliance and outbreak tracing.
Portable monitoring data combined with cognitive and psychosocial assessments improves early health disorder prediction for timely intervention.
Threshold-based graph visualization highlights highly related subjects and edges, speeding contact tracing in large co-appearance networks.