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Significance Fruit set, which is triggered by the phytohormone gibberellin (GA), is the developmental transition of ovaries into fruits. Our multiomics approaches revealed that PROCERA- dependent GA responses rewired central carbon metabolism, predominantly under transcriptional control. The kinetic analysis approach used in this study enabled us to construct a carbon flux model of the earliest processes that occur during fruit set. The model revealed that fruit set coincided with the temporal changes in sugar compartmentalization due to the coordinated actions of the enzymes and tonoplastic carriers and highlighted that fructokinase likely contributed to early ovary growth by pulling fructose out of the vacuole to feed the downstream pathways for biosynthesis of cell wall components and energy provision.

Fruit setting rewires central metabolism via gibberellin cascades