Study of in vitro cultivated Bidens pilosa L. medicinal plants / Matvieieva N.A. 2015
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'''[[Matvieieva N.A.]]''' | '''[[Matvieieva N.A.]]''' | ||
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| + | [[Image:Study of in vitro cultivated Bidens pilosa... 2015.jpg|thumb|Plants of Bidens pilosa in vitro]] | ||
The conditions of surfase sterilization of Bidens pilosa L. seeds, collected in Ecuadorian highland (1200 m a.s.l.) tropical forest, were optimized. 25% “Belizna” solution using for seeds sterilization was effective for aseptic plants initiation on Murashige and Skoog medium. In vitro micropropagated plants rooted on the hormone free 1/2MS medium. Water and ethanolic B. pilosa extracts have revealed antimicrobial activity compared to the one of in vivo grown plants. | The conditions of surfase sterilization of Bidens pilosa L. seeds, collected in Ecuadorian highland (1200 m a.s.l.) tropical forest, were optimized. 25% “Belizna” solution using for seeds sterilization was effective for aseptic plants initiation on Murashige and Skoog medium. In vitro micropropagated plants rooted on the hormone free 1/2MS medium. Water and ethanolic B. pilosa extracts have revealed antimicrobial activity compared to the one of in vivo grown plants. | ||
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[[Category:Nadiia Matvieieva]] | [[Category:Nadiia Matvieieva]] | ||
| + | [[Category:Bidens pilosa]] | ||
| + | [[Category:in vitro propagation]] | ||
| + | [[Category:antioxidant activity]] | ||
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[[uk:Изучение культивируемых in vitro лекарственных растений Bidens pilosa L. / Матвеева Н.А. 2015]] | [[uk:Изучение культивируемых in vitro лекарственных растений Bidens pilosa L. / Матвеева Н.А. 2015]] | ||
Latest revision as of 17:05, 16 December 2015
The conditions of surfase sterilization of Bidens pilosa L. seeds, collected in Ecuadorian highland (1200 m a.s.l.) tropical forest, were optimized. 25% “Belizna” solution using for seeds sterilization was effective for aseptic plants initiation on Murashige and Skoog medium. In vitro micropropagated plants rooted on the hormone free 1/2MS medium. Water and ethanolic B. pilosa extracts have revealed antimicrobial activity compared to the one of in vivo grown plants.
Keywords: Bidens pilosa L., in vitro propagation, antimicrobial activity
