首页> 外文期刊>African Crop Science Journal >Comparison between embryoid and shoot primordia methods of plantlet production for 'Asiatic Hybrid Lily' and 'Oriental Hybrid Lily'
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Comparison between embryoid and shoot primordia methods of plantlet production for 'Asiatic Hybrid Lily' and 'Oriental Hybrid Lily'

机译:“亚洲杂种百合”和“东方杂种百合”苗期生产的原基和芽原基方法比较

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Growth and development from shoot primordia and embryoids obtained from the Asiatic Hybrid Lily and the Oriental Hybrid Lily were studied. Shoot primordium and embryoid formation of the Asiatic Hybrid Lily was more successful than the Oriental Hybrid Lily. The highest shoot primordium formation medium of the Asiatic Hybrid Lily from apical meristem was achieved at 0.5 BA (6-benzylaminopurin) without NAA (nafthalen acetic acid), and that of the Oriental Hybrid Lily required 0.01 mg/l NAA and 0.5 mg/l BA. Embryogenic calli from the shoot apex for embryoid germination gave rise to numerous embryoids, which regenerated rapidly in the medium with the same concentrations of NAA and BA in the medium for shoot primordium formation. Concentrations of NAA and BA in the medium for regeneration from shoot primordium and embrioids were similar to treatment for shoot primordium and embryoids formation but differed between the Asiatic Hybrid Lily and the Oriental Hybrid Lily. Young plants regenerated vitro from shoot primordium and embryoids acclimatised with the maintenance of humidity. Only a few cases of somaclonal mutation were noted in the regenerated plants from shoot primordium and embryoids. Thus, our results suggest that plantlets produced by thesemethods are stable and commercial production via this protocol is feasible for lily propagation.
机译:研究了从亚洲杂种百合和东方杂种百合获得的芽原基和胚状体的生长和发育。亚洲杂种百合的芽原基和胚状体形成比东方杂种百合更成功。在不使用NAA(萘乙酸)的情况下,亚洲杂种百合的顶端分生组织的最高芽原基形成培养基达到0.5 BA(6-苄氨基嘌呤),而东方杂种百合则需要0.01 mg / l NAA和0.5 mg / l爸来自芽顶的胚状愈伤组织产生胚芽萌发,产生大量胚状芽,它们在培养基中迅速再生,而培养基中的NAA和BA浓度相同,用于芽原基形成。从芽原基和胚状体再生的培养基中NAA和BA的浓度与芽原基和胚状体形成的处理相似,但亚洲杂种百合和东方杂种百合之间存在差异。幼芽植物从苗原基和胚状体再生/离体并保持湿度。从芽原基和胚状体再生的植物中仅注意到少数体细胞克隆突变的情况。因此,我们的结果表明,由这些方法产生的幼苗是稳定的,并且通过该方案进行商业生产对于百合繁殖是可行的。

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