Researchers from Sciome and the National Institute of Environmental Health Sciences (NIEHS) have developed an advanced artificial intelligence (AI) system that could transform how scientists screen chemicals for developmental toxicity.…
Full zebrafish imaging pipeline – from raw multi-well plates to validated phenotypic calls – enabling large-scale developmental toxicology at speed.
Intelligent morphological assessment for cell culture systems. Regional prediction maps reveal sub-well patterns invisible to manual review.
New species, a new assay endpoint, a new image modality – we build on the same AI pipeline behind FINS, CellVision, and SpheroidVision instead of starting from scratch.
Automated high-throughput analysis of 2D/3D spheroids and organoids. Captures morphology, growth dynamics, and treatment responses at scale.