
Spatially mapping gene expression in the developing retina 👁️
In a recent study, the Cepko Lab at @harvardmed used #HCRtechnology alongside single-cell RNA-seq to generate high-resolution 2D maps of gene expression in the developing chicken retina. By integrating the HCR™ platform with computational analysis, the team captured subtle spatial gradients, refined key patterning relationships, and identified both conserved and species-specific features across chicken, mouse, and human retinal tissue.
Heer Joisher shared, “The robustness and reproducibility [of HCR™ technology] made it feasible to compare patterns across species, including human tissue. This was critical for validating our computationally predicted 2D topographical maps.”
Explore the full preprint here: pmc.ncbi.nlm.nih.gov/articles/PMC12…

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