Abstrac t Somatic embryogenesis (SE), the process through which already differentiated
cells reverse their developmental programme and become embryogenic, requires drastic …

Molecular mechanisms controlling plant totipotency are largely unknown and studies on
somatic embryogenesis (SE), the process through which already differentiated cells reverse …

Seeds are essential for human civilization, so understanding the molecular events
underpinning seed development and the zygotic embryo it contains is important. In addition …

Somatic embryogenesis (SE) is a remarkable developmental process enabling nonzygotic
plant cells to form embryos and, ultimately, fertile plants. It is an expression of totipotency …

Transcription factors (TFs) are diverse groups of regulatory proteins. Through their specific
binding domains, TFs bind to their target genes and regulate their expression, therefore TFs …

Plant hormones play critical roles in the establishment of somatic embryogenesis. During
this process, somatic plant cells reverse their state of differentiation, acquire pluripotentiality …

Somatic embryogenesis (SE) is a mode of stimulated plant cell totipotency wherein embryos
form without fertilization either through somatic or vegetative origins. SE has two main …

'Somatic embryogenesis' is a process whereby somatic cells differentiate into somatic
embryos. It is regulated by several factors, including phytohormones, proteins, transcription …

In recent years, studies on Arabidopsis have greatly contributed to the formulation of the
universal molecular mechanisms that are involved in the developmental plasticity of somatic …

The developmental pathway leading to plant somatic embryogenesis (SE) is true
demonstration of totipotency of plant cells. During this process, somatic cells, under …