Extended Data Fig. 7: Super-resolution gene expression prediction in the Xenium-derived pseudo-Visium mouse brain data. | Nature Biotechnology

Extended Data Fig. 7: Super-resolution gene expression prediction in the Xenium-derived pseudo-Visium mouse brain data.

From: Inferring super-resolution tissue architecture by integrating spatial transcriptomics with histology

Extended Data Fig. 7: Super-resolution gene expression prediction in the Xenium-derived pseudo-Visium mouse brain data.

Visualization of the spot-level training data, ground truth gene expression, and predicted super-resolution gene expressions by iStar and XFuse for 24 highly variable genes, whose variances are in the 80%-100% quantiles among all the 248 genes in the Xenium-derived pseudo-Visium data obtained from mouse brain. The variance quantiles of the genes in the order of top-left, top-right, bottom-left, bottom-right are equally spaced from 100% to 80% (in descending order). Super-resolution gene expressions are visualized at the scale of 8x resolution enhancement.

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