Fate determination is indispensable for the accurate sha** and specialization of plant
organs, a process critical to the structural and functional diversity in plant kingdom. The …

The interplay between auxin and cytokinins affects facets of plant development as different
as ovule formation and lateral root initiation. Moreover, cytokinins favor complexity in the …

Plant lateral organs are often elaborated through repetitive formation of developmental units,
which progress robustly in predetermined patterns along their axes. Leaflets in compound …

Flowers are composed of organs whose identity is defined by the combinatorial activity of
transcription factors (TFs). The interactions between MADS-box TFs and protein complex …

The origin of phenotypic novelty is one of the most challenging problems in evolutionary
biology. Although genetic regulatory network rewiring or co‐option has been widely …

Key message Comprehensive yeast and protoplast two-hybrid analyses illustrated the
protein–protein interaction network of the TALE homeodomain protein family, KNOX and …

Plant organs have evolved into diverse shapes for specialized functions despite emerging
as simple protrusions at the shoot apex. Cauline leaves serve as photosynthetic organs and …

The milestone of compound leaf development is the generation of separate leaflet primordia
during the early stages, which involves two linked but distinct morphogenetic events: leaflet …

Post-mitotic cell growth is a key process in plant growth and development. Cell expansion
drives major growth during morphogenesis and is influenced by both endogenous factors …

SUMMARY Knotted1‐like homeodomain (KNOX) proteins are essential in regulating plant
organ differentiation. Land plants, including tomato (Solanum lycopersicum), have two …