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首页> 外文期刊>Plant Tissue Culture and Biotechnology >In vitro Regeneration of Picralima nitida (Stapf). T. DurandandH. using Zygotic Embryo
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In vitro Regeneration of Picralima nitida (Stapf). T. DurandandH. using Zygotic Embryo

机译:皮拉里米亚尼达(Stapf)的体外再生。 T. Durandandh。 使用Zygotic Embryo.

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Disinfected mature seed embryos of Picralima nitida, were cultured in MS medium supplemented with different concentrations and combinations of 2,4-D, BAP and NAA to determine an efficient protocol for in vitro propagation. Nine culture media made of combination of different components were used in a factorial design with three replications. Results showed up to 80 ± 4% disinfection rate with combination of triton x- 100 (0.2%) and sodium hypochlorite (30%). Embryo germination was highest on control medium. Rooting was higher (2±1 roots per embryo) after 4 weeks on control medium and on BAP supplemented medium at 0.8 μM while the longest root (1.5±0.5 cm) was observed on 2,4-D supplemented medium at 1.8 μM. Black soil was suitable for leaf formation (4 ± 2 leaves) and shoot elongation (2±1 cm) after 8 weeks in acclimatisation. These results show efficient disinfection, regeneration and acclimatisation of Picralima nitida.
机译:Picralima Nitida的消毒成熟种子胚胎在补充有不同浓度的MS培养基中培养和2,4-D,BAP和NAA的组合,以确定用于体外繁殖的有效方案。 九种培养培养介质由不同组件的组合制成,以三次复制使用。 结果显示出高达80±4%的消毒速率,Triton X-100(0.2%)和次氯酸钠(30%)组合。 对照培养基胚胎发芽最高。 在对照培养基上4周后生根在4周和0.8μm的壳体补充培养基上以0.8μm的介质,在1.8μm的2,4-d补充培养基上观察到介质的介质培养介质后,生根较高(每胚胎2±1根)。 黑土适合于叶片形成(4±2叶),并在8周内灌注伸长率(2±1cm),在8周内均匀化。 这些结果表明,皮拉里米亚尼迪达的有效消毒,再生和适应。

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