rieger begonia

The Establishment and Optimization of Rieger begonia Propagation System in vitro

丽格海棠组培快繁技术体系的建立及优化

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A Study on Tissue Culture and Rapid Propagation of Rieger Begonia

丽格海棠的组织培养快繁研究

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leaves, sections of stems, flower stems, leafstalks of rieger begonia were used as explants in study of organ culture to establish a rapid technique system of propagation in vitro, and to find out the best explants, medium culture procedure.

以丽格海棠的叶、茎、花茎、叶柄等营养器官作为外植体进行组织培养，着重研究丽格海棠的最佳外植体，最佳培养基配方及接种模式的关键技术。

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Effects of Inoculation Model and Culture Method on Rapid Propagation in Rieger Begonia

培养及接种方式对丽格海棠组培快繁的影响

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the leaves of rieger begonia were taken as explants and cultured in different mediums to study the effect of different exogenous hormones on the induction, multiplication and rooting of the leaves adventitious buds.

以丽格海棠叶片为外植体，以MS为基本培养基，通过对比试验研究了不同植物激素对丽格海棠叶片不定芽诱导、增殖与生根的影响。

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vermiculite was the optimum medium for rieger begonia micropropagation in vitro, the survive rate of the root regeneration plant was 93.8%.

蛭石是丽佳秋海棠试管苗最佳的驯化移栽基质，其生根苗移栽成活率达到了93.8%。

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the bioresearch of resisting stem rotten and the mutant bolting induced by ems of rieger begonia

丽格海棠抗茎腐病的生物学研究及EMS诱导的突变体筛选

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tissue culture in rieger begonia

丽格海棠的组织培养

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