开菲尔作为益生菌对雄性大鼠生殖潜能的保护作用

E. H.E
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摘要

如今,食品的目的不仅仅是为了消除饥饿和为人类提供重要的营养,而且还用于保护和治疗与营养有关的疾病,改善消费者的身心状况。在这方面,益生菌发挥着突出的作用。因此,本研究旨在评估开菲尔和开菲尔颗粒的化学成分,并确定益生菌(酸奶/开菲尔牛奶/开菲尔颗粒)对降低雄性大鼠铅中毒风险的潜在保护作用。将42只雄性大鼠分为6组进行生物学研究,其中阴性对照组(7只)、正常组(每天摄入50 mg /kg体重铅)和4组(每天摄入50 mg /kg体重铅)睾丸毒性,分为阳性对照组(+ 5)、酸奶亚组、开非尔乳亚组和开非尔谷物亚组。结果表明,各处理均能提高大鼠肝肾功能、抗氧化指标及睾酮激素水平、促黄体生成素(LH)和促卵泡激素(FSH)水平,其中以饮用开菲尔牛奶和开菲尔谷物组效果最显著。这些获得的结果是由组织病理学检查确定的。本研究初步探讨了开菲尔乳和开菲尔颗粒对大鼠铅中毒的保护作用。因此,本研究建议饮用开菲尔,并在产品中添加开菲尔颗粒,以防止铅污染造成的损害。
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The protective effect of kefir as a probiotic on reproductive potential of male rats
Nowadays foods are not purposed to only accept hunger and to give vital nutrients for humans, but also to protect and treated nutrition-related diseases and ameliorate physical and mental status of the consumers. In this respect, probiotic play a prominent role. Thence this study aimed to estimate the chemical constituents of kefir and kefir grain and identify the potential protective effect of probiotic (yoghurt/ kefir milk / kefir grain) to diminish the risk of lead (Pb) intoxication on male rats. Biological study was administered on forty two male rats which allotted into 6 groups involved negative control group (7 rats) , normal group consumed kefir milk and four groups which treated 50 mg of lead/kg body weight per day as testicular toxicant and classified into positive control group (+ve) , subgroups : yoghurt, kefir milk and kefir grain subgroups. The results revealed that all experimental treatments enhanced liver and kidney functions , antioxidant parameters and testosterone hormone levels, luteinizing hormone (LH) and follicle stimulating hormone level (FSH) the most prominent positive effects were perceived in the group that consumed kefir milk and kefir grain. These acquired results are assured by the histopathological examination. In the present study, the protective effect of kefir milk and kefir grain against lead toxicity in rats was become well. Therefore, this study recommends that consume kefir and supplemented the products with kefir grains to prevent the damage caused by lead contamination.
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