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首页> 外文期刊>In Vitro Cellular and Development Biology. Plant: Journal of the Tissue Culture Association >In vitro propagation of Artocarpus altilis (Park.) Fosberg (breadfruit)from mature plant material
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In vitro propagation of Artocarpus altilis (Park.) Fosberg (breadfruit)from mature plant material

机译:利用成熟植物材料对面包果(园)Fosberg(面包果)进行离体繁殖

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摘要

A micropropagation protocol for Artocarpus altilis (breadfruit, yellow cultivar) using shoot tip explants taken from mature trees is outlined. Cultures were initiated from shoot tip explants (1-2 mm in length) on either N5K or N15K; (Margara, 1978) macronutrient formulation, MS (Murashige and Skoog, 1962) micronutrients and vitamins and 6-benzyladenine (BA, 4.4 mu M),. Single-node explants obtained from shouts formed at the initiation stage were used at tilt multiplication stage. Multiplication elongation and maintenance were possible on K30NH(4) (Margara. 1978) macronutrients;, MS micronutrients and vitamins and zeatin 2.2 mu M. Shoot elongation was not enhanced by the inclusion of gibberellic acid at 1.4 mu M 2.8 mu M or 14.0 mu M, along with zeatin at 2.2 mu M, when compared with those shoots cultured on zeatin only. N30NH(4) was found to be superior (with respect to shoot quality) to MS macronutrient formulations at the multiplication and maintenance stages, because the shoots with development were more vigorous than those formed on the other macronutrient formulations mentioned. Zeatin at 2.2 mu M yielded 50% more in vitro-formed shoots when compared with BA at 4.4 mu M for the same time period. Shoots rooted on hormone-free medium with a success rate of 60%. Regenerated plantlets were hardened with about a 40% success rate.
机译:概述了使用从成熟树木中提取的梢尖外植体进行的面包果(面包果,黄色品种)的微繁操作规程。从N5K或N15K上的芽尖外植体(长度为1-2 mm)开始培养; (Margara,1978)大量营养素配方,MS(Murashige and Skoog,1962)微量营养素和维生素以及6-苄基腺嘌呤(BA,4.4μM)。从初始阶段形成的呼声中获得的单节点外植体用于倾斜倍增阶段。 K30NH(4)(Margara。1978)大量营养素,MS微量营养素,维生素和玉米素2.2μM可能增加繁殖和维持。1.4μM2.8μM或14.0μm的赤霉素不增加枝条伸长与仅在玉米素上培养的芽相比,M和玉米素为2.2μM。发现N30NH(4)在繁殖和维持阶段优于MS常量营养素配方(相对于枝条质量),因为具有发育能力的枝条比上述提到的其他常量营养素配方所形成的枝条更有活力。与相同时间段的4.4μM的BA相比,2.2μM的玉米素在体外形成的芽高出50%。芽生于无激素培养基上,成功率为60%。再生的小苗硬化,成功率约为40%。

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