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大量材料证明,普通冬小麦(Triticumaestivum L.)在低温抗寒锻炼期间能积累亚麻酸(de al Roche等1972,1975;Redshaw和Zalik1968;Willemot等1977)。但近来出现的证据表明,此种不饱和性亚麻酸的增加可能与抗寒锻炼无关。许多抗寒性差异很大的品种在低温时积累亚麻酸的程度却相似(de alRoche等1975;Willemot等1977);在有哒嗪酮(Pyrida Zinone)同系物时,黑暗中,低温下发芽的冬小麦达到的抗寒水平和对照一
Numerous materials have proved that common winter wheat (Triticum aestivum L.) can accumulate linolenic acid during cold-resistance training (de al Roche et al. 1972, 1975; Redshaw and Zalik 1968; Willemot et al. 1977). However, recent evidence suggests that this increase in unsaturated linoleic acid may not be related to cold-resistant exercise. Many cold-tolerant cultivars are similar in accumulation of linolenic acid at low temperatures (de AlRoche et al. 1975; Willemot et al. 1977); in the presence of Pyrida Zinone homologues, germinated Winter wheat reached the level of cold resistance and control one