紫茉莉生物杀虫剂对斜纹夜蛾凝集素蛋白活性的影响

Dina Maulina, S. Sumitro, M. Amin, S. Lestari
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引用次数: 0

摘要

斜纹夜蛾是一种叶性农业害虫,对化学复合物有抗性倾向。这成为克服它的一个原因。使用植物材料成为控制其种群的替代方案之一。紫茉莉属植物具有活性的生物农药化合物,成为其替代预防剂。这种植物具有潜在的化学化合物作为生物杀虫剂,可以削弱因斜纹夜蛾死亡而终止的免疫力。本研究旨在分析凝集素蛋白作为指示斜纹夜蛾暴露于生物杀虫剂贾拉帕后免疫反应激活的指标的存在。用斑点试验血凝法(HA)进行凝集素试验,观察其滴度的形成速度。研究结果表明,凝集素存在于斜纹夜蛾血膜上清液中。结果表明,在凝集素浓度为0.2%时,脊椎动物的碳水化合物和红细胞结合速度较快。滴度的形成速度受止血次数的影响。这是由细胞表面的免疫凝集素受体引起的。因此,暴露贾拉帕可以诱导凝集素激活,凝集素作为与机体免疫反应相关的碳水化合物直接结合的奇怪物体的识别受体。关键词:生物农药紫茉莉,凝集素,免疫系统,斜纹夜蛾。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Lectin Protein Spodoptera litura Activity After Exposured by Biopesticide from Mirabilis jalapa
Spodoptera litura is folifagus agricultural pest with a tendency of resistance towards chemistry compound. This becomes a reason in the efforts to overcome it. The use of botanical material becomes one of the alternatives in controlling its population. The plant of Mirabilis jalapa has the active biopesticide compound that becomes its alternative prevention. This plant has the potential chemistry compound as biopesticide which works toward weakening immunity that is ended by the death of S. litura.  This research aims to analyze the existence of lectin protein as an indicator of immunity reaction’s activation Spodoptera litura after exposing biopesticide M. jalapa. Lectin test was conducted by using spot-test hemagglutination assay (HA) then was seen its speed forming of titer. The result of research shows that lectin was on the part of hemolimf S. litura supernatant. The result test shows that on the concentration 0.2% binding of lectin, carbohydrate and erythrocyte cells of vertebrate formed faster. The speed of titer forming was influenced by the number of hemosit. This is caused by immulectin receptors were on the cell’s surface. Therefore, exposing M. jalapa can induce lectin activation which functioned as the recognizing receptor of strange object which directly bound with carbohydrate related to the reaction of body immunity.Key words: biopesticide Mirabilis jalapa, lectin, immunity system, Spodoptera litura.
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