香兰素对丙环康唑所致雄性白化大鼠肝肾和睾丸损伤的改善作用

M. Elalfy, Sara T. Elazab, M. Hamed, M. G. Elhadidy
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引用次数: 0

摘要

香草醛通常用于制药工业、食品和饮料加工以及化妆品和香水的制备。为了更好地了解香兰素在减少杀菌剂误用造成的组织损伤中的作用。目前,杀菌剂如丙环唑在温室中被广泛使用。霉菌毒素的发生影响动物的所有防御细胞和免疫细胞,降低其产量。但杀菌剂的使用安全性和新一代杀菌剂的开发一直是研究者和权威人士关注的焦点。不同剂量的丙环唑治疗对体重没有影响。值得注意的是,香兰素处理降低了丙环唑对雄性大鼠肝脏和肾脏生物标志物的毒性作用,并提高了抗氧化剂水平。此外,香兰素恢复的组织结构与对照组几乎相似。综上所述,香兰素对丙环康唑诱导的毒性具有保护作用。香兰素对丙环康唑诱导的雄性白化大鼠肝肾和睾丸损伤的改善作用[j];材料与方法被试化学品丙环康唑来自埃及农业部多基农药残留分析研究所。香兰素购自埃及西格玛开罗。实验动物40只成年雄性白化大鼠,来自曼苏拉大学药学院实验室;动物体重约为100±10克,明显健康,然后分组并饲养在塑料笼子中,软木屑作为床上材料,充分更换以确保低氨水平,并保持动物清洁和干燥。实验开始前,动物饲养2周,进行食宿,并保持均衡口粮。此外,在整个实验过程中,标准的实验室颗粒饮食和水被随意接受,12小时光照到12小时黑暗的光照周期似乎足以促进啮齿动物的繁殖。2.3. 实验设计丙环康唑毒性及香兰素对雄性白化大鼠丙环康唑损伤的治疗作用雄性40只,随机分为5组,每组8只。第一组给予蒸馏水0.5 ml,作为对照组;第二组给予丙环康唑150 mg/kg(6只,LD50为1/10),第三组给予丙环康唑75 mg/kg(6只,LD50为1/20),第四组给予丙环康唑1/10 LD50,并腹腔给予香兰素150 mg/kg,第五组给予丙环康唑1/20,腹腔给予香兰素150 mg/kg。杀菌剂和香兰素每周两次,持续6周。该方案经埃及曼苏拉大学医学院机构研究委员会批准(R.20.07.924),并按照伦理准则进行研究,其余的牺牲大鼠被安全丢弃。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ameliorative Effect of Vanillin against Propiconazole Induced Hepatorenal and Testicular Injury in Male Albino Rats
Vanillin commonly used in pharmaceutical industry, food and beverage processing, and in cosmetics and perfumes preparation. To better understand the effects of vanillin in reduction of tissue injuries resulted from Fungicides misuses. Fungicides like propiconazole are used extensively in greenhouse nowadays. The hazard effects of mycotoxin occurrence affect all defense and immunocytes of animals and reduced its production. But safety of use of fungicide and develop of new generation of fungicide often take a focus from researchers and authority. Propiconazole treatments at different doses have no effect on body weight. Notably, vanillin treatment reduced toxic effects of propiconazole induced in male rats’ evidence by liver and kidney biomarkers and improvement level of antioxidants level. Also, vanillin restored tissue architecture nearly similar to control group. Taken collectively, vanillin had a protective role against propiconazole induced toxicity. Ameliorative Effect of Vanillin against Propiconazole Induced Hepatorenal and Testicular Injury in Male Albino Rats ARC Journal of Animal and Veterinary Sciences Page | 13 2. MATERIALS AND METHODS 2.1. Tested Chemical propiconazole was obtain from institute for pesticide residues analysis in Doky, ministry of agriculture, Egypt. Vanillin was purchase from sigma Cairo, Egypt 2.2. Laboratory Animals 40 Mature males’ albino rats were obtained from Experimental Unit in the Faculty of Pharmacy, Mansoura University; Animals were weighing about 100 ±10 gm and obviously healthy then were grouping and housing in plastic cages with soft wood shavings as a bedding material that change adequately to ensures a low level of ammonia and to keep animals clean and dry. Animals kept for 2 weeks for accommodation and maintained on a balanced ration before the start of the experiment. Also, standard laboratory pelleted diet and water WERE received ad libitium throughout the experiment and Light cycles of 12 hours’ light to 12 hours dark seem to be adequate in order to promote rodents' breeding. 2.3. Experimental Design for Toxicity Propiconazole and the Effects of Vanillin Curing Propiconazole Induced Injuries in Male Albino Rats Forty males were separated into five groups with eight rats per group. The first group was received 0.5 ml distilled water and used as control; the second group was administered 150 mg/kg(6), 1/10 LD50), of propiconazole, the third group was gavaged 75 mg/kg (6), 1/20 LD50, of propiconazole, the fourth group was treated with 1/10 LD50 of propiconazole and was give 150 mg/kg of vanillin intraperitoneally, the fifth group was treated with 1/20 of propiconazole and was give 150 mg/kg of vanillin intraperitoneally. Both fungicide and vanillin were received twice per week for 6 weeks. The protocol was approved by Institutional Research Board of faculty of medicine, Mansoura university, Egypt (R.20.07.924) and study was done with agreement with ethical guidelines and the rest of sacrificed rats was discarded safety.
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