Plants are sessile organisms, some of which can live for over a thousand years. Unlike most
animals, plants employ a post-embryonic mode of development driven by the continuous …

Reproductive development in plants is controlled by complex and intricate gene-regulatory
networks of transcription factors. These networks integrate the information from endogenous …

Pectins are acidic carbohydrates that comprise a significant fraction of the primary walls of
eudicotyledonous plant cells. They influence wall porosity and extensibility, thus controlling …

Class-I TCP transcription factors are plant-specific developmental regulators. Inthis study,
the role of one such rice gene, OsTCP19, in water-deficit andsalt stress response was …

AGAMOUS subfamily proteins are encoded by MADS‐box family genes. They have been
shown to play key roles in the determination of reproductive floral organs such as stamens …

Plant transcription factors (TFs) that interact with specific sequences via DNA-binding
domains are crucial for regulating transcriptional initiation and are fundamental to plant …

Higher‐order chromatin structure is critical for regulation of gene expression. In plants, light
profoundly affects the morphogenesis of emerging seedlings as well as global gene …

The Polycomb group (PcG) and trithorax group (trxG) genes play crucial roles in
development by regulating expression of homeotic and other genes controlling cell fate …

Plant ovule initiation determines the maximum of ovule number and has a great impact on
the seed number per fruit. The detailed processes of ovule initiation have not been …

Current advances indicate that epigenetic mechanisms play important roles in the regulatory
networks involved in plant developmental responses to environmental conditions. Hence …