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首页> 外文期刊>Plant Biotechnology >Effects of light and cytokinin on in vitro micropropagation and microrhizome production in turmeric (Curcuma longa L.)
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Effects of light and cytokinin on in vitro micropropagation and microrhizome production in turmeric (Curcuma longa L.)

机译:光和细胞分裂素对姜黄(Curcuma longa L.)体外微繁和微根茎生成的影响

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摘要

Using clonal in vitro propagated plantlets of of Curcuma longa, the effects of light and cytokinin on micropropagation and microrhizome formation were investigated. The results showed the promotive effects of low light intensity for micropropagation and of short day condition for well-developed microrhizome induction. In the tissue of well-developed microrhizomes, differentiation of yellowish-pigmented cells similar to the secretory cells of rhizome of the mother plant was observed. Staining of the cells with nile red suggested the accumulation of essential oil. Rapidly growing callus was isolated from the root tip of micropropagated plantlets which retained totipotency during subculture. High concentration of kinetin induced microrhizome formation in this callus. Yellow pigmented cells were also observed in the tissue of microrhizome, although far less frequency.
机译:使用姜黄体外克隆繁殖苗,研究了光和细胞分裂素对微繁殖和微根茎形成的影响。结果表明,低光强度对微繁殖的促进作用以及短日条件对发达的微根茎诱导的促进作用。在成熟的根际组织中,观察到类似于母本植物根茎分泌细胞的淡黄色细胞分化。用尼罗红染色的细胞表明精油的积累。从微繁殖的小苗的根尖中分离出快速生长的愈伤组织,其在继代培养过程中保持了全能。在此愈伤组织中高浓度的激动素诱导微根茎形成。在微根茎的组织中也观察到黄色色素细胞,尽管频率要低得多。

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