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首页> 外文期刊>Acta Agriculturae Scandinavica. Section B, Soil and Plant Science >Suitable organ(s) in wild Cucumis africanus for the production of nemafric-BL phytonematicide
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Suitable organ(s) in wild Cucumis africanus for the production of nemafric-BL phytonematicide

机译:野生非洲黄瓜中用于生产奈法非-BL phytonematicide的合适器官

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摘要

Cucurbitacin B in fruit of wild watermelon (Cucumis africanus) is an active ingredient in products that range from pesticides to various medicines. Reports suggested that cucurbitacins occur in all parts of C. africanus, without specifying whether they are equally distributed or not. Should the active ingredient not be equally distributed in all organs, it would not be prudent to combine the organs for those products that are produced from raw organs of C. africanus plants, like the phytonematicides. A study was, therefore, conducted to determine whether cucurbitacin B was equally distributed in all organs of C. africanus plants. Cucurbitacin B was quantified from oven-dried organs (52 degrees C for 72h) using isocratic elution Shimadzu HPLC Prominence. Concentration of cucurbitacin B was higher in fruit than in other organs, where the concentrations were not different. Relative to cucurbitacin B concentration in fruit, leaves, roots and vines had 94%, 70% and 67% less cucurbitacin B concentrations, respectively. In conclusion, leaves, roots and vines would introduce the dilution effect when combined with fruits in product development and should therefore not be included.
机译:野生西瓜(非洲黄瓜)果实中的葫芦素B是从农药到各种药物的产品中的有效成分。报告表明葫芦素存在于非洲念珠菌的所有部位,但未指明它们是否均匀分布。如果活性成分不能在所有器官中均等分布,那么将这些器官与从非洲象牙草植物的原始器官(如植物除草剂)中产生的那些产品结合起来就不是明智的选择。因此,进行了一项研究以确定葫芦素B是否在非洲非洲念珠菌植物的所有器官中均等分布。使用Shimadzu HPLC Prominence等度洗脱从烘干的器官(52摄氏度,持续72h)定量葫芦素B。水果中葫芦素B的浓度高于其他器官,浓度相同。相对于水果中的葫芦素B浓度,葫芦素B的浓度分别降低了94%,70%和67%。总之,叶,根和藤与产品开发中的果实结合时会产生稀释作用,因此不应当包括在内。

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