Abstract
We describe transcriptional dynamics at the rice shoot apex by integrating time resolved single nuclei RNA-seq with bulk RNA-seq data. In rice, short days trigger floral transition and the transcriptional reprogramming of the shoot apex to become reproductive. We integrated time-resolved bulk RNA-seq with single nuclei RNA-seq analysis to gain a refined understanding of the transcriptional programs induced at the shoot apex during floral transition. Our analyses highlighted technological and conceptual differences between single nuclei RNA-seq and bulk RNA-seq data and described previously uncharacterized transcriptional programs associated with the early steps of floral induction in rice.
Published Version
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