姜黄根和决明子叶乙醇提取物对钾致白化大鼠肾损伤的改善作用

Nnama T.N, Anibueze C.I.P, Okwara B.O, Okafor M.C
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摘要

腌制食品或加工食品对健康的危害是一个全球性的问题,如何减少其对人体重要器官的影响一直是研究人员非常关注的问题。本研究旨在评价姜黄根和决明子叶乙醇提取物对钾诱导的白化大鼠肾损伤的影响。50只体重约为100g-200g的成年雄性大鼠,分为10组(I-X)。第1组为对照组,在整个实验过程中只给予蒸馏水和大鼠饲料。II组为阴性(-ve)对照,口服溴酸钾50mg/kg体重。III组、IV组、VII组和VIII组分别给予50mg/kg体重的溴酸钾治疗2周,随后分别给予50mg/kg体重的姜黄根提取物和决明子叶提取物,分别给予500mg和1000mg/kg体重的乙醇提取物治疗2周。V组、VI组、IX组和X组分别给予姜黄根乙醇提取物和西决明子叶提取物500mg和1000mg/kg体重组2周,随后分别给予姜黄根乙醇提取物和西决明子叶提取物50mg/kg体重组溴酸钾2周。28 d后麻醉大鼠,取血取肾。生化分析结果显示,与给予50mg/kg体重溴酸钾的II组(+ve对照)相比,给予500mg/ kg和1000mg/kg体重姜黄和西桂花乙醇叶提取物具有治疗和保护作用的小鼠生化指标水平显著降低。组织学结果显示,提取物对雄性白化大鼠肾脏结构有修复和保护作用。由此可见,口服姜黄根提取物和决明子叶提取物具有预防和治疗肾损害的作用
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Ameliorative Efficacy of Ethanolic Extracts of Curcuma longa (turmeric) Roots and Cassia occidentalis Leaves on Potassium Induced Kidney Damage in Albino Rats
The emphasis of harmful health challenges caused by preserved food or processed food is a global problem and the need to reduce its effect on the vital organs in the body has been the subject of great concern to researchers. The present study seeks to evaluate the efficacy of ethanolic extracts of Curcuma longa (turmeric) roots and Cassia occidentalis leaves on potassium induced kidney damage in albino rats. Fifty adult male rats weighing about 100g-200g classified into ten groups (I-X) were used in the study. Group1 served as control and were administered only with distilled water and rat feeds ad libitum all throughout the experiment. Group II served as negative (-ve) control and were administered 50mg/kg bodyweight of potassium bromate orally. Groups III, IV, VII and VIII received 50mg/kg bodyweight of potassium bromate for two weeks thereafter received 50mg/kg bodyweight with 500mg and 1000mg/kg body weight of ethanolic root extract of Curcuma longa and leaves extract Cassia occidentalis respectively for two weeks. Groups V, VI, and IX and X received 500mg and 1000mg/kg bodyweight of ethanolic root extract of Curcuma longa and leaves extract Cassia occidentalis for two weeks thereafter received 50mg/kg bodyweight of potassium bromate withethanolic root extract of Curcuma longa and leaves extract Cassia occidentalis respectively for two weeks. The rats at the end of 28 days were anaesthetised, blood samples were collected and the kidneys were harvested. The result of biochemical analysis revealed significant decrease in the level of biochemical parameters following administration of 500mg/ kg and 1000mg/kg body weight of Curcuma longa and Cassia occidentalis ethanolic leaf extract for curative and protective purpose when compared with group II (+ve control) that received 50mg/kg body weight of potassium bromate. Histological findings revealed restoration and protection of the extracts on the kidney architecture of male albino rats. Results obtained thus showed that oral administration of ethanolic root extracts of Curcuma longa and leaf extract of Cassia occidentalis may possess preventive and therapeutic purpose against kidney damage
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