Cells Read Their Neighbors to Pinpoint Their Own Position in the Embryo
An information-theoretic study shows that gene expression in a cell's immediate neighbors supplies the missing positional information needed to uniquely ...
An information-theoretic study shows that gene expression in a cell's immediate neighbors supplies the missing positional information needed to uniquely ...
A cross-species transcriptomic meta-analysis reveals that the mouse Pax6 interneuron subclass was never missing but mislabeled, while the primate Sncg ...
Researchers in China report a rare chimera in the hybrid offspring of red swamp crayfish, with multiple genotypes coexisting in ...
A new deep learning and agent-based framework called veloAgent integrates tissue spatial context into RNA velocity inference and enables virtual ...
By tracking thousands of cells in live Xenopus embryos and applying machine learning, researchers show that cell shape, position, and ...
A new review shows that Polycomb repressive complexes PRC1 and PRC2 are essential for zebrafish heart looping, contraction and pectoral ...
A new time-series transcriptomic study of marine medaka embryos reveals a dual-wave program of zygotic genome activation and a transient ...
New research in Xenopus embryos shows that flowing ectodermal tissue physically guides the polarization and directional migration of embryonic immune ...
Human intestinal organoids reveal that loss of WNT2B disrupts epithelial architecture and stem cell activity, with mesenchymal WNT2B deficiency producing ...
By combining single-nucleus RNA sequencing with spatial transcriptomics, researchers have built a detailed spatiotemporal atlas of the postnatal mouse heart, ...
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© 2025 Scienmag - Science Magazine