Plant growth regulators (PGRs) enhance plants regeneration ability to form various organs
and tissues by determining embryonic fate in vivo and boosting regeneration efficiency in …

It is well known that auxins (Ax) and cytokinins (Ck) are key regulators of plant cell division
and differentiation. These growth regulators can induce plant cell reprogramming. The …

Postembryonic de novo organogenesis represents an important competence evolved in
plants that allows their physiological and developmental adaptation to changing …

Somatic embryogenesis is a type of plant cell totipotency where embryos develop from
nonreproductive (vegetative) cells without fertilization. Somatic embryogenesis can be …

Many plants have a high regenerative capacity, which can be used to induce de novo
organogenesis and produce various valuable plant species and products. In the classic two …

Plants have extraordinary developmental plasticity as they continuously form organs during
post-embryonic development. In addition they may regenerate organs upon in vitro …

Mutual interactions of the phytohormones, cytokinins and auxin determine root or shoot
identity during postembryonic de novo organogenesis in plants. However, our …

Auxin contributes to almost every aspect of plant development and metabolism as well as
the transport and signalling of auxin-shaped plant growth and morphogenesis in response …

De novo shoot organogenesis (DNSO) is a procedure commonly used for the in vitro
regeneration of shoots from a variety of plant tissues. Shoot regeneration occurs on nutrient …

Immature zygotic embryos of sunflower (Helianthus annuus L.) produce somatic embryos
when cultured on medium supplemented with a cytokinin as the sole source of exogenous …