{"schemaVersion":"1.0","name":"Cell Cinema","headline":"Cell Cinema: Live-Cell Data for Virtual Cell AI","canonicalUrl":"https://www.preci.ai/cellcinema","dateModified":"2026-10-13","language":"en","organization":{"name":"Precigenetics","url":"https://www.precigenetics.com"},"summary":"Cell Cinema is a label-free 3D hyperspectral and volumetric imaging system that repeatedly measures the chemical-spatial state of the same living cells. Repeated observations form cell-state trajectories for studying drug response and developing and evaluating virtual cell AI models.","researchTopics":["Virtual cell AI","Live-cell imaging","Label-free imaging","Drug discovery","Perturbation-response trajectories","Toxicity research"],"publicExamples":[{"cellModel":"SKMEL2 melanoma cells","perturbation":"RSL3","observedContext":"Drug-induced ferroptotic stress"},{"cellModel":"A375 melanoma cells","perturbation":"Vemurafenib","observedContext":"Response to targeted therapy"}],"evidenceStatus":"Public technical preview showing representative processed chemical feature maps and same-cell trajectories. Predictive performance requires held-out evaluation; the preview does not establish clinical efficacy, validated toxicity prediction, or complete molecular ground truth.","visualizationNote":"Movie colors are pseudocolor classes derived from processed vibrational-spectral features, not fluorescent labels or validated organelle segmentation.","resources":{"article":"https://www.preci.ai/cellcinema","experiments":"https://www.preci.ai/cellcinema#showing","evaluation":"https://www.preci.ai/cellcinema#gates","references":"https://www.preci.ai/cellcinema#citations","representativeImage":"https://www.preci.ai/cellcinema-assets/cell_cinema_representative_frame.png","researchAndMediaContact":"https://www.precigenetics.com/contact","updatesFeed":"https://www.precigenetics.com/feed.xml"}}