Light cytokinin interactions in shoot formation in epicotyl cuttings of Troyer citrange cultured in vitro

@article{Molina2007LightCI,
  title={Light cytokinin interactions in shoot formation in epicotyl cuttings of Troyer citrange cultured in vitro},
  author={Rosa Victoria Molina and Sandra Castello and Amparo Garc{\'i}a-Lu{\'i}s and Jose Luis Guardiola},
  journal={Plant Cell, Tissue and Organ Culture},
  year={2007},
  volume={89},
  pages={131-140}
}
Ilumination did not affect the pathway of shoot regeneration at the cut edges of epicotyl explants of Troyer citrange (Moreira-Dias et al. 2000, 2001), but signigficantly affected the number of developed shoots and the response to exogenous cytokinins. Shoot regeneration at the apical end occurred through a direct organogenic pathway without callus formation. For explants incubated in the light, this regeneration did not require cytokinin addendum, but the number of shoots formed was… CONTINUE READING

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For explants incubated in the light , this regeneration did not require cytokinin addendum , but the number of shoots formed was significantly increased by benzyl adenine , but not by zeatin or kinetin .
For explants incubated in the light , this regeneration did not require cytokinin addendum , but the number of shoots formed was significantly increased by benzyl adenine , but not by zeatin or kinetin .
The three cytokinins tested supported callus growth and shoot formation in the dark , zeatin being the most effective and kinetin the least .
ZeatinNo subtypeKinetin
The addition of benzyl adenine or kinetin , but not of zeatin , restored shoot formation in the dark to the value obtained in the light .
For explants incubated in the light , this regeneration did not require cytokinin addendum , but the number of shoots formed was significantly increased by benzyl adenine , but not by zeatin or kinetin .
The three cytokinins tested supported callus growth and shoot formation in the dark , zeatin being the most effective and kinetin the least .
KinetinNo subtypeZeatin
The addition of benzyl adenine or kinetin , but not of zeatin , restored shoot formation in the dark to the value obtained in the light .
For explants incubated in the light , this regeneration did not require cytokinin addendum , but the number of shoots formed was significantly increased by benzyl adenine , but not by zeatin or kinetin .
The three cytokinins tested supported callus growth and shoot formation in the dark , zeatin being the most effective and kinetin the least .
For explants incubated in the light , this regeneration did not require cytokinin addendum , but the number of shoots formed was significantly increased by benzyl adenine , but not by zeatin or kinetin .
The three cytokinins tested supported callus growth and shoot formation in the dark , zeatin being the most effective and kinetin the least .
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