首页> 外文会议>Proceedings of the 12th International Rapeseed Congress: Sustainable Development in Cruciferous Oilseed Crops Production >Changes in the contents of glucosinolates during crop development in different parts of rapeseed varieties
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Changes in the contents of glucosinolates during crop development in different parts of rapeseed varieties

机译:油菜品种不同部位作物生长过程中芥子油苷含量的变化

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Changes in the amounts of individual glucosinolates (GSL) in Japanese rapeseed (Brassica napus L.) varieties were measured in the vegetative and reeproductive tissues. Three zero erucic cultivars (Asakanonatane, Nanashikibu, Kizakinonatane)and one double-low cultivar (Kirariboshi) were used. The GSL contents were largely different depending on the plant parts,developing stage and cultivars. Progoitrin and gluconapin were mainly found in the seeds. Their contents were different among cultivars. In the non double-low (single-low) varieties, their contents did not change or increased to some extent with maturing.And the double-low variety, Kirariboshi, contained almost no progoitrin or gluconapin throughout its growth stages.Glucobrassicanapin, glucobrasscin and gluconasturtiin were found in all four varieties, mainly detected in their roots. Even in the double-low variety, Kirariboshi, they were detected. The content of glucobrassicin in the roots tended to decrease with maturing.And that of gluconasturtiib was similar in all cultivars at harvest time. But the patterns of its change were different among the cultivars. In Kizakinonatane, its content was decreased with maturing. In Asakanonatane, Kirariboshi and Nanashikibu, it did not change largely. These results showed that GSL contents in Japanese rape (Brassica napus L.) were different among plant parts,maturing stage and cultivars. And it was found that even a double-low variety contained some GSL in the roots. More information is needed for clarifying if the GSL in the roots have some effects or physiological function on the subsequent crops.
机译:在营养和繁殖组织中测量了日本油菜(Brassica napus L.)品种中各个芥子油苷(GSL)含量的变化。使用了三个零芥酸品种(Asakanonatane,Nanashikibu,Kizakinonatane)和一个双低矮品种(Kirariboshi)。 GSL含量因植物部位,发育阶段和品种的不同而有很大差异。麦角蛋白和葡糖苷主要存在于种子中。它们的含量在不同品种之间是不同的。在非双低(single-low)品种中,其含量不会随着成熟而变化或增加到一定程度;而双低(Kirariboshi)品种在其整个生长阶段几乎不包含前蛋白或葡糖苷。在所有四个变种中均发现了葡糖松香苷,主要在其根中检出。即使在双低变种Kirariboshi中,也可以检测到它们。成熟时,根中的葡糖嘧啶含量有降低的趋势。在收获时,所有品种的葡糖苷含量相似。但是其变化模式在不同品种之间是不同的。在Kizakinonatane中,其含量随着成熟而降低。在朝霞野at,Kirariboshi和Nanashikibu,变化不大。这些结果表明,日本油菜(甘蓝型油菜)中GSL的含量在植物部位,成熟期和品种之间存在差异。结果发现,即使是双低变种,其根部也含有一些GSL。需要更多信息来阐明根中的GSL是否对后续农作物具有某些作用或生理功能。

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