首页> 外文期刊>International Journal of Scientific & Technology Research >Effect Of Aquatic Extracts Of Anethumgraveolens In The Values Of Enzymatic Concentrations And Total Protein Concentration Of The Southern Cowpea Beetle Disease Callosobruchus Maculates
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Effect Of Aquatic Extracts Of Anethumgraveolens In The Values Of Enzymatic Concentrations And Total Protein Concentration Of The Southern Cowpea Beetle Disease Callosobruchus Maculates

机译:棉铃虫水产提取物对南方Cow豆甲虫病黄os鱼酶浓度和总蛋白浓度的影响

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The study was carried out in the Laboratory of Insect Environment for Graduate Studies / biology Science Department, Faculty of Science for women / Babylon University and Technical College / Musayyib / Al-Furat Al-Awsat Technical University for the period from 1/7/2017 to 15/3/2019 for the purpose of knowing the effect of plant Anethumgraveolens extracts (1, 3 and 5%) in some aspects of the life of the cowella beetle Callosobruchus maculates under laboratory conditions. The results of the study showed that the boiling and cold water extract of the plant had an almost equal effect on the different life performance parameters of the insect. A positive relationship was found and the percentage of the eggs mortality was increased by increasing the concentrations. When treated with boiling and cold water extract in each plant, And (54.8%), respectively, at 5% concentration compared with (12.6%) and (12.4%) respectively in the control treatment. The larvae in cowpea seed powder were treated as a result of treatment with boiling water and cold water extract in both the leaf plant (90.0%) and (80.0%) respectively at 5% concentration compared with 10% in control treatment. The results of the study indicated that the addition of boiling and cold water extracts to the 5% concentration of the plant had an effect on the GOT, GPT, Alkaliune phosphate and total protein concentration. The extracts resulted in a difference in values compared with control coefficients for both larvae extract and chick larvae separately.
机译:该研究于2017年1月7日在研究生院昆虫环境实验室/女子科学学院生物科学系/巴比伦大学和技术学院/ Musayyib / Al-Furat Al-Awsat技术大学进行至2019年3月15日,目的是了解植物炭疽提取物(1、3和5%)在实验室条件下对甲壳虫甲状Call的生命的某些方面的影响。研究结果表明,该植物的沸腾和冷水提取物对昆虫的不同生活表现参数几乎具有相同的影响。发现正相关,并且通过增加浓度增加了鸡蛋死亡率的百分比。当在每棵植物中用沸腾水和冷水提取物处理时,浓度分别为5%的And(54.8%),而对照处理分别为(12.6%)和(12.4%)。 boiling豆种子粉中的幼虫是用沸水和冷水提取物处理的结果,分别在叶片植物中的浓度为5%,分别为90.0%和80.0%,而对照组为10%。研究结果表明,将开水和冷水提取物添加至植物5%的浓度对GOT,GPT,磷酸碱和总蛋白质浓度有影响。与分别对幼虫提取物和雏鸡幼虫的控制系数相比,提取物的值有所不同。

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