家葵皮提取物对抗卡铂诱导的小鼠红细胞计数和骨髓红细胞百分比下降

A. M. Rehan
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This study will be focused on protective role of apple peel extract (APPE) on carboplatin induced fall in blood RBC count bone marrow erythroid cell percentage in mice.\nAims & Objective: To evaluate the protective effect of Malus domestica peel extract on carboplatin induced fall in red blood cell count and bone marrow erythroid cell percentage in mice.\nPlace and duration of study: The study was conducted at Pharmacology Department of Postgraduate Medical institute, Lahore in June 2016. The total duration of study was 1 month.\nMaterial & Methods: Forty adult male mice were randomly divided into 5 groups (n=8) and maintained on standard diet and water adlibitum. Group A was negative control. Group B was disease control wherein each animal received one dose of 125mg/kg carboplatin intraperitoneally. 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摘要

化疗性贫血(Chemotherapy-Induced Anemia, CIA)是一个复杂的现象,受多种治疗方法和患者相关变量的影响。CIA的一些变化包括化疗药物的类型、剂量和给药方案、癌症的类型和阶段、干预时间、年龄、性别、营养状况和肾功能。CIA的各种患者表现和症状学非常发人深省,同时建立了广泛的措施来监督理想的治疗管理。本研究旨在探讨苹果皮提取物(apple peel extract, APPE)对卡铂致小鼠红细胞计数、骨髓红细胞百分比下降的保护作用。目的与目的:探讨家苹果皮提取物对卡铂所致小鼠红细胞计数和骨髓红细胞百分比下降的保护作用。研究地点和时间:研究于2016年6月在拉合尔研究生医学研究所药理学部进行。研究总时间为1个月。材料与方法:将40只成年雄性小鼠随机分为5组(n=8),给予标准饮食和饮水。A组为阴性对照。B组为疾病对照,每只动物腹腔注射卡铂125mg/kg 1剂。C组、D组、E组试验组分别以25、50、75mg/kg 3种不同单次口服相同剂量的卡铂,连续7 D。第8天进行血液和组织取样。数据分析采用Graf Pad棱镜7。结果:急性卡铂贫血导致b组红细胞计数为4.01±0.851012/L,骨髓红细胞百分比为21.6±1.06%。随后给予25、50和75mg/kg苹果皮提取物,C、D、E组红细胞计数和骨髓红细胞百分比分别升高至(6.19±0.70×1012/L和21.3±1.28%)(6.56±0.37×1012/L和25.3±1.04%)和(6.26±0.74×1012/L和23.5±1.41%)。当剂量为50mg/kg时,红细胞和红细胞计数的增加最为显著,接近健康对照水平(A组)。结论:苹果皮提取物可有效预防卡铂诱导的红细胞计数和红细胞百分比的下降,且在剂量为50mg/kg时效果最为显著。
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Malus Domestica Peel Extract Counters Carboplatin Induced Fall in Red Blood Cell Count and Bone Marrow Erythroid Cell Percentage in Mice
Introduction: The Chemotherapy-Induced Anemia (CIA) is a complex phenomenon impacted by many treatments and patient related variables. Some variations within CIA are type of chemotherapeutic agent, dose and schedule of administration of agent, type as well as stage of cancer, time of intervention, age, gender, nutritional status and renal function. The variety of patient presentation and symptomatology in CIA is very thought-provoking while setting up widespread measures to oversee ideal administration of treatments. This study will be focused on protective role of apple peel extract (APPE) on carboplatin induced fall in blood RBC count bone marrow erythroid cell percentage in mice. Aims & Objective: To evaluate the protective effect of Malus domestica peel extract on carboplatin induced fall in red blood cell count and bone marrow erythroid cell percentage in mice. Place and duration of study: The study was conducted at Pharmacology Department of Postgraduate Medical institute, Lahore in June 2016. The total duration of study was 1 month. Material & Methods: Forty adult male mice were randomly divided into 5 groups (n=8) and maintained on standard diet and water adlibitum. Group A was negative control. Group B was disease control wherein each animal received one dose of 125mg/kg carboplatin intraperitoneally. Group C, D & E experimental groups were administered same dose carboplatin followed by the ethanolic apple peel extract in three different single oral doses of 25, 50 & 75mg/kg respectively for 7 days. Blood & tissue sampling was done on the 8th day. Data was analyzed using Graf Pad prism 7. Results: Acute Carboplatin anaemia resulted in 4.01±0.851012/L RBC Count & 21.6±1.06% bone marrow erythroid cell percentage in Disease Control Group B. Subsequent Apple peel extract administration in a dose of 25, 50 and 75mg/kg\ countered carboplatin induced fall in Groups C, D & E, simultaneously raising RBC counts & bone marrow erythroid cell percentage to (6.19±0.70×1012/L & 21.3±1.28%) (6.56±0.37×1012/L & 25.3±1.04%) and (6.26±0.74×1012/L & 23.5±1.41%.) respectively. The increase in RBC as well as erythroid cell counts was most significant with the dose of 50mg/kg and nearing that of healthy control levels (Group A) Conclusion: Apple Peel Extract effectively prevented carboplatin induced fall in RBC count and erythroid cell percentage and produced most significant results in a dose of 50 mg/kg.
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