Competence, determination and root meristemoid organization are key steps in adventitious rooting. A direct and indirect pattern of root formation may be present in both herbaceous and woody systems. The pattern is indirect when competence is achieved during the culture; it is direct when competent cells are present in the tissues at explanting time. Both processes may be activated in the same (herbaceous or woody) explant, and by the same tissue. A coordinated reactivation to division of cell types not directly involved in the rooting process may occur in the woody cuttings. In general, determination occurs before meristemoid formation; however, the ab initio root identity of the meristemoid has been debated. Examples of herbaceous and woo...
Plant stem cells are contained within niches like the root apical meristem (RAM) which create new ce...
In literature, it has been suggested that new branch roots are produced in a woody parental along it...
Body regeneration through formation of new organs is a major question in developmental biology. We i...
Natural auxins and synthetic analogs are the most powerful exogenous stimulators of adventitious roo...
The molecular mechanisms underlying de novo root organogenesis have been under intense study for the...
Successful development of adventitious roots (AR) in cuttings imposes an important limitation to the...
Internode stem explants of Nicotiana tabacum cv. Samsun, consisting of eight cell layers: epidermis,...
Adventititous rooting is essential for the post-embryonic growth of the root apparatus in various sp...
The majority of plant organs arise from groups of continuously dividing cells, the meristems. Little...
Plant development relies on the activity of meristems, small groups of undifferentiated cells that p...
Differently from animals, most of the plant organs are generated during post-embryonic development. ...
Adventitious roots (AR) are de novo formed roots that emerge from any part of the plant or from call...
The analysis of plant development by genetic, molecular, and surgical approaches has accumulated a l...
Adventitious roots (AR) are de novo formed roots that emerge from any part of the plant or from call...
1) Adventitious roots from excised root segments were histologically investigated in a dandelion, Ta...
Plant stem cells are contained within niches like the root apical meristem (RAM) which create new ce...
In literature, it has been suggested that new branch roots are produced in a woody parental along it...
Body regeneration through formation of new organs is a major question in developmental biology. We i...
Natural auxins and synthetic analogs are the most powerful exogenous stimulators of adventitious roo...
The molecular mechanisms underlying de novo root organogenesis have been under intense study for the...
Successful development of adventitious roots (AR) in cuttings imposes an important limitation to the...
Internode stem explants of Nicotiana tabacum cv. Samsun, consisting of eight cell layers: epidermis,...
Adventititous rooting is essential for the post-embryonic growth of the root apparatus in various sp...
The majority of plant organs arise from groups of continuously dividing cells, the meristems. Little...
Plant development relies on the activity of meristems, small groups of undifferentiated cells that p...
Differently from animals, most of the plant organs are generated during post-embryonic development. ...
Adventitious roots (AR) are de novo formed roots that emerge from any part of the plant or from call...
The analysis of plant development by genetic, molecular, and surgical approaches has accumulated a l...
Adventitious roots (AR) are de novo formed roots that emerge from any part of the plant or from call...
1) Adventitious roots from excised root segments were histologically investigated in a dandelion, Ta...
Plant stem cells are contained within niches like the root apical meristem (RAM) which create new ce...
In literature, it has been suggested that new branch roots are produced in a woody parental along it...
Body regeneration through formation of new organs is a major question in developmental biology. We i...