Plants are sessile organisms and so they cannot escape changes in environmental conditions. In order to optimize seed production and to ensure that flowering occurs during the appropriate season, plants have evolved a complex of regulatory pathways to control when the floral transition takes place. One group of regulatory pathways involves enviromental factors like certain photoperiod or vernalization. The second group of regulatory pathways involves the state of development and is not sensitive to environmental cues, this pathway is called autonomous pathway and plants in this group do not require a particular photoperiod or vernalization, they are called day-neutral plants. The transition of these plants from vegetative to reproductive ph...
IntroductionPlants are sessile organisms that maximize reproductive success by adapting to their env...
Abstract Background A plant’s endogenous clock (circadian clock) entrains physiological processes to...
Plants are sessile organisms that have developed the ability to perceive, anticipate and respond to ...
Plants are sessile organisms and so they cannot escape changes in environmental conditions. In order...
The genus Nicotiana contains species and varieties that respond differently to photoperiod for flowe...
Species and varieties in the Nicotiana genus may respond differently to photoperiodism in terms of f...
Flowering is one of most important stages in plant development. It results in production of seed whi...
AbstractTheAgrobacterium rhizogenesT-DNA oncogenerolDunder the control of its own 5′ regulatory regi...
Regulation of cell cycle represents a process that is well conserved among eucaryotes. In plants, ho...
Plants have developed mechanisms to integrate both endogenous and environmental cues for regulation ...
We investigated the effects of expressing a cDNA of cdc25, a mitotic inducer gene of Schizosaccharom...
Superficial cell layers of a quantitative short-day tobacco plant (Nicotiana tabacum L. cv. White Bu...
The flowering response of thin layers excised from branch internodes of Nicotiana tabacum cv. Maryla...
Auxin, photoperiod and putrescine are factors involved in the control of the reproductive phase of t...
Photoperiod is an important external stimulus governing the precise timing of the floral transition ...
IntroductionPlants are sessile organisms that maximize reproductive success by adapting to their env...
Abstract Background A plant’s endogenous clock (circadian clock) entrains physiological processes to...
Plants are sessile organisms that have developed the ability to perceive, anticipate and respond to ...
Plants are sessile organisms and so they cannot escape changes in environmental conditions. In order...
The genus Nicotiana contains species and varieties that respond differently to photoperiod for flowe...
Species and varieties in the Nicotiana genus may respond differently to photoperiodism in terms of f...
Flowering is one of most important stages in plant development. It results in production of seed whi...
AbstractTheAgrobacterium rhizogenesT-DNA oncogenerolDunder the control of its own 5′ regulatory regi...
Regulation of cell cycle represents a process that is well conserved among eucaryotes. In plants, ho...
Plants have developed mechanisms to integrate both endogenous and environmental cues for regulation ...
We investigated the effects of expressing a cDNA of cdc25, a mitotic inducer gene of Schizosaccharom...
Superficial cell layers of a quantitative short-day tobacco plant (Nicotiana tabacum L. cv. White Bu...
The flowering response of thin layers excised from branch internodes of Nicotiana tabacum cv. Maryla...
Auxin, photoperiod and putrescine are factors involved in the control of the reproductive phase of t...
Photoperiod is an important external stimulus governing the precise timing of the floral transition ...
IntroductionPlants are sessile organisms that maximize reproductive success by adapting to their env...
Abstract Background A plant’s endogenous clock (circadian clock) entrains physiological processes to...
Plants are sessile organisms that have developed the ability to perceive, anticipate and respond to ...