🚀 Exciting research alert from APAC! 🧬 Using #Xenium, researchers in South Korea have validated single cell RNA sequencing datasets, shedding light on the embryonic development stages in mouse skin. By mapping the spatial distribution of key marker genes, they discovered unique molecular distinctions between upper and lower embryonic fibroblasts, confirmed the diversity in embryonic dermal fibroblasts, and identified major differentiation pathways in the perinatal dermis. This study even pinpointed potential key driver genes for each trajectory. 🔬 Why it matters: This comprehensive cellular transcriptomic atlas is a vital reference for future skin development and regeneration research. 📄 Read the full publication here: https://lnkd.in/gKaKmdXs
Great to see this work come together after so many discussions.
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2dThis is incredible work from the researchers in South Korea! Using #Xenium to validate single-cell RNA sequencing datasets has unveiled significant insights into embryonic development in mouse skin. The identification of unique molecular distinctions and key driver genes is a huge step forward for future skin development and regeneration research. Kudos to the team for this groundbreaking study!