Single-cell RNA sequencing technology provides unprecedented opportunities to capture the spatiotemporal aspects of genetic programs that drive cell differentiation.Phloem is a subtype of vascular tissue that is cruci...Single-cell RNA sequencing technology provides unprecedented opportunities to capture the spatiotemporal aspects of genetic programs that drive cell differentiation.Phloem is a subtype of vascular tissue that is crucial for transporting sugars,proteins,and other organic molecules.Its critical role in the redistribution of carbon between photosynthetically active“source”organs(leaves,shoots)and“sink”tissues/organs incapable of fixing carbon(wood,storage organs,root system,etc.)has made phloem development and its transcriptional regulation a prime research focus.展开更多
基金supported by the Finnish CoE in Tree Biology(Academy of Finland CoE program 2022-2029)the Gatsby Foundation(GAT3395/PR3)the University of Helsinki(award 799992091).
文摘Single-cell RNA sequencing technology provides unprecedented opportunities to capture the spatiotemporal aspects of genetic programs that drive cell differentiation.Phloem is a subtype of vascular tissue that is crucial for transporting sugars,proteins,and other organic molecules.Its critical role in the redistribution of carbon between photosynthetically active“source”organs(leaves,shoots)and“sink”tissues/organs incapable of fixing carbon(wood,storage organs,root system,etc.)has made phloem development and its transcriptional regulation a prime research focus.
