短旋种的细胞、原生质体和组织培养

W.M. Cheliak , K. Klimaszewska
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引用次数: 4

摘要

本文描述了该活动的活动,包括研讨会、树形调查,以及深入研究的一个例子:使用γ辐照和非辐照的杂交杨树NM1 (Populus nigra × P. maximowiczii)细胞悬液来选择对除草剂农达(Roundup)中有效成分具有更高耐受性的细胞。在10毫米草甘膦中恢复了许多能够生长的细胞系,其生长速度约为对照细胞系的60%。将这些细胞转移到嵌入的单细胞再生系统中,该系统用于恢复在10 mM草甘膦存在下再生的愈伤组织。将它们转移到不含草甘膦的培养基中进行芽伸长。
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Cell, protoplast and tissue culture of short-rotation species

The undertakings of this activity are described, including workshops, tree form survey, and, in depth, an example of research undertaken: gamma-irradiated and non-irradiated cell suspensions of hybrid poplar NM1 (Populus nigra × P. maximowiczii) were used to select cells that had a higher tolerance to the active ingredient in the herbicide Roundup. Numerous cell lines were recovered that were able to grow, at about 60% of the control lines, in 10 mm glyphosate. These cells were transferred to an embedded single-cell regeneration system which was used to recover calli regenerated in the presence of 10 mM glyphosate. These were transferred to glyphosate-free medium for shoot elongation.

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