With Celleporter, we can simulate user-defined virtual cells in any location to uncover hidden spatial interactions within real patient tissues. Counterfactual simulations enable us to perturb environments—such as mimicking drug effects—and observe biological responses.
December 18, 2024 at 5:16 PM
With Celleporter, we can simulate user-defined virtual cells in any location to uncover hidden spatial interactions within real patient tissues. Counterfactual simulations enable us to perturb environments—such as mimicking drug effects—and observe biological responses.
OCTO-vc uses spatial transcriptomics data to create “virtual cells” in real tissue. Highlights:
• Multimodal transformer trained on nearly 40M cells from 1,000+ samples
• Predicts single-cell gene expression from spatial and patient context
• Multimodal transformer trained on nearly 40M cells from 1,000+ samples
• Predicts single-cell gene expression from spatial and patient context
December 18, 2024 at 5:16 PM
OCTO-vc uses spatial transcriptomics data to create “virtual cells” in real tissue. Highlights:
• Multimodal transformer trained on nearly 40M cells from 1,000+ samples
• Predicts single-cell gene expression from spatial and patient context
• Multimodal transformer trained on nearly 40M cells from 1,000+ samples
• Predicts single-cell gene expression from spatial and patient context