首页> 外文期刊>Communications in Agricultural and Applied Biological Sciences >TOXIC ACTIVITY AND DELAYED EFFECTS OF FIVE BOTANICAL OILS ON THE FOLLOWING GENERATIONS OF A GROTISIPSILON ( H U FN AG EL) (INSECTA: LEPIDOPTERA: NOCTUIDAE) AFTER PARENTS TREATMENT
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TOXIC ACTIVITY AND DELAYED EFFECTS OF FIVE BOTANICAL OILS ON THE FOLLOWING GENERATIONS OF A GROTISIPSILON ( H U FN AG EL) (INSECTA: LEPIDOPTERA: NOCTUIDAE) AFTER PARENTS TREATMENT

机译:父母治疗后五种植物油对GROTISIPSILON(H U FN AG EL)(昆虫:鳞翅目:夜蛾科)的后续世代的毒性活性和延迟效应

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The present study is carried out to evaluate the toxic efficiency and delayed effects of five botanical oils on the greasy cut worm Agrotis ipsilon (Lepidoptera: Noctuidae), as a trial for the attainment of a possible use of an alternative safe and effective phytochemicals against the insect-pest. So as to minimize or prevent the repeated usage of conventional insecticides, then reduce the environmental pollution as well as the occurring hazards to man and domestic animal due to the use of the pesticides alone. Four tested concentrations (0.5,1.0,1.5 and 2.5 % v/v) from each of camphor, red basil, menthol, rose and anise oils, were bioassayed by treating the offered castor oil bean leaves, to the 4th instar larvae along 48h, under the laboratory higrothermic conditions of 25±2 °C and 65±5 % R.H.The obtained results showed that the five tested oils were found to have more or less toxic activity and drastic effects on the inspected parameters of fitness components of the treated parent generation of the insect, in particular, pupae, emerged adultmoths and laid eggs/female. In this respect camphor and red basil oils were highly effective, followed by menthol oil, anise oil and the least effective one was rose oil. Moreover, the assessed unprofitable delayed effects on the going on of the biological performance within the treated insects showed the adverse effects on the fitness components of the consequent generations (fs) post (p) one treatment with each of the bioassyed oils. The prevalence of adverse effects and disturbance in the going on biological performance through the period of (p) generation; which is followed by the distinct failure of insect development in (fl) generation were recorded for each of the tested menthol oil at 0.5 and 1.5 % (v/v); camphor oil at 1.5 and 2.5 % and red basil oil at 2.5 % (v/v).While anise and rose oils were somewhat less efficient causing the distinct failure of the following generations up to the 3rd and/or the 6th ones.That observed distinct failure of the insect development could be attributed to the rapid or/and slow cumulative effect of the induced recessive lethal genes in both influenced sexes along the interval of the following developed generations (fs) after (p) one treatment, causing apparent adverse disturbance of the normal biological performance, which finally appears at the beginning of the failed generation.
机译:本研究旨在评估五种植物油对切成油腻的线虫Agrotis ipsilon(鳞翅目:夜蛾科)的毒性作用和延迟作用,作为可能使用替代安全有效的替代植物化学物质的试验。虫害。为了最大程度地减少或防止常规杀虫剂的重复使用,然后减少环境污染以及仅由于使用农药而对人和家畜造成的危害。通过处理所提供的蓖麻油豆叶,沿48小时对四龄幼虫进行处理,对樟脑油,红罗勒油,薄荷醇,玫瑰油和茴香油中的四种测试浓度(0.5、1.0、1.5和2.5%v / v)进行了生物分析。在25±2°C和65±5%RH的实验室高温条件下获得的结果表明,发现这五种被测试的油具有或多或少的毒性,并且对所处理的亲代健康成分的检查参数产生了剧烈影响这种昆虫,特别是p,出现了成年蛾并产卵/雌性。在这方面,樟脑油和红色罗勒油非常有效,其次是薄荷油,茴香油,而效果最差的是玫瑰油。此外,对处理过的昆虫体内生物学性能进行的评估得出的无利可图的延迟效应表明,对每种生物精制油进行一次处理后,对(ps)后代(fs)的适应性成分均产生不利影响。在(p)代期间,持续的生物学表现中不良反应和干扰的发生率;对于每种被测试的薄荷油,分别以0.5和1.5%(v / v)记录了在(fl)代中昆虫发育的明显失败;樟脑油的含量分别为1.5%和2.5%,红罗勒油的含量为2.5%(v / v),而茴香油和玫瑰油的效率稍差,导致第三代和/或第六代的后代明显失败。 (p)一次治疗后,在随后发育的几代(fs)的间隔内,两种受影响的性别中诱导的隐性致死基因的快速或/和缓慢累积效应可归因于昆虫发育的明显失败,从而造成明显的不良干扰正常的生物学表现,最终出现在失败的一代之初。

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