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Significance Organogenesis is of great importance in both plant and animal development. Flowers have been studied exclusively to illustrate the mechanism underlying floral organ differentiation, which is controlled by the well-known ABC model. In this study, we identified a MYB-like gene inMedicago truncatula ,AGAMOUS-LIKE FLOWER (AGLF ), the null mutants of which developed homeotic transformation of stamens and carpel into petals and sepals. The relationships ofAGLF with conventional ABC genes illustrated by the genetic and expression assays indicate thatAGLF plays a C-function role in floral organ identity. Our work not only identifies a regulator of C-function genes, but also demonstrates the necessity of exploring the ABC models in other plant species with derived flower patterns.

AGLF provides C-function in floral organ identity through transcriptional regulation of AGAMOUS in Medicago truncatula