丁香芽粉、丁香粉单用及联用Spinosad、阿维菌素对粮仓象鼻虫成虫的抑尘效果

Mona M. Gaber Ibrahum Abubaker
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摘要

本研究评价了丁香芽粉单独和作为载体的阿维菌素和spinosad杀虫剂对粮仓象甲的抑尘效果。本研究的目的还包括使用GC-Mass设备扫描被测植物中存在的有效化合物,并估计被测植物对粮仓象鼻虫(S. granaries)的一种消化酶——淀粉酶的影响。以4种剂量(分别为0.125、0.25、0.5和1%)的丁香粉gm/100 gm粒小麦,评价丁香粉对小麦的药效。丁香粉最高浓度为1 gm/100 gm,处理后1 d、3 d和7 d后对成虫的死亡率分别为20%、78%和100%。计算的毒性参数发现,处理后1、3和7 d, LC50水平分别为10.4%、0.34和0.23%(丁香/100克)。丁香粉增强作用的阿维菌素最低浓度为(5ppm),引起的共毒因子为32.3。在5 ppm以上,随着阿维菌素浓度的增加,其共毒值也随之增加。结果表明,当丁香浓度为0.25% + 15ppm时,其共毒因子的增强值最高(144)。共毒因子的值随spinosad浓度的增加而增加。当与丁香粉混合时,spinosad的最高测试浓度(140 ppm)显示出108的共毒性值。探讨了LC50浓度丁香粉在不同温度、不同抑制时间(min)下对粮草象鼻虫淀粉酶活性的影响,以及pH对处理和未处理的粮草象鼻虫淀粉酶活性的影响。结果表明,丁香粉可单独用于粮仓象鼻虫的防治,也可与杀虫剂、皂苷或阿维菌素混合使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Dust Efficacy of Clove Buds Powder, Syzygium aromaticum Alone and in Combination with Spinosad and Abamectin against the Adults of Granary Weevil, Sitophilus granaries (L.)
The present investigation is conducted to evaluate the dust efficacy of clove buds powder alone and as a carrier to abamectin and spinosad insecticides against the granary weevil, Sitophilus granaries. The objectives of the research also include scanning of the effective compounds existed in the tested plant by using GC-Mass equipment and estimating the effect of the tested plant on one of the digestive enzymes, amylase of the granary weevil, S. granaries. Efficacy of clove powder was assessed on wheat at four dosages of clove powder gm/100 gm of grain wheat (corresponding to 0.125, 0.25, 0.5 and 1%). The highest tested concentration of clove powder that is 1 gm/100 gm of wheat grains achieved 20, 78 and 100% mortality percent against adults of granary weevil after 1, 3 and 7 days post treatment, respectively. From the calculated toxicity parameters found that LC50 levels were 10.4, 0.34 and 0.23% of clove gm/100 gm of wheat grains after 1, 3 and 7 days post treatment, respectively. The lowest concentration of abamectin, which caused potentiation with clove powder was (5 ppm) and caused co-toxicity factor (32.3). The cotoxicity values increase with increasing the concentration of abamectin above 5 ppm. It was noted that, the highest tested concentration (Clove at 0.25% + 15 ppm of abamectin) achieved highest potentiation value of co-toxicity factor (144). The values of the co-toxicity factor were increased dependent on spinosad concentrations. The highest tested concentration of spinosad (140 ppm), showed a value of 108 cotoxicity when spinosad mixed with clove powder. Effects of clove powder at concentration of LC50 on amylase activity of granary weevil, S. granarius at different temperature degrees, different time (min.) of inhibition reaction and the effect of pH on amylase activity in both treated and untreated insects were illustrated. It concluded that clove powder can be used to control granary weevils alone or when mixed with insecticides, spinosad or abamectin.
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