Effect of Ganoderma Fungi and Spirulina Alga in The Liver Tissue of Diabetic Mice Developed with Aloxane and Lead-Induced Anemia

Abeer Al-Samarraey, Feryal Hussein, Y. Yasin
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Abstract

The study was conducted on male mice (Albino mice), which ranged in age from (2-3) months and weights (25 - 30) g. The experiment was conducted in the General Company for the manufacture of medicines and medical supplies - Samarra. And for the period from the beginning of October 2017 to the end of March 2018, Used 42 animals were distributed in seven groups, each containing 6 animals, to determine the effects of both gannoderma and spirulina in laboratory mice induced by diabetes mellitus with a Aloxan at 150 mg / kg Bw. In laboratory mice with anemia with lead acetate of 50 mg / Kg body weight for 30 days (except control group) At the end of the 30-day feeding period. control group on the regular diet. control group infected diabetes and drugs on the regular diet. The group of diabetic animals treated with ganoderma fungi powder (47 mg / kg body weight). The group of diabetic animals and the treatment of spirulina algae powder (33 mg / kg body weight). group of animals infected with anemia and spores on the regular diet and water containing lead acetate Group of infected animals and treated with lead acetate + Ganoderma fungi powder (47 mg / kg body weight). Group of infected animals and treated with lead acetate + Spirulina algae powder (33 mg / kg body weight).  Histological changes were observed in the Livre tissue: The results of the study of tissues in the group of animals treated with Alloxnesan damage to the overall liver tissue in the form of hepatocytes and hydrolysis and the expansion of the Sinusiod. In the treatment of diabetic animals with ganoderma and spirulina algae, there was improvement in the overall liver tissue in terms of normal hepatocytes, absence of congestion, and normal Sinusiod.  the group treated with anemia and treated with lead acetate, we also notice significant damage to the liver tissue. When treated with lead acetate + gannoderma, and spirulina, we did not notice any improvement in liver tissue.  
灵芝真菌和螺旋藻对氧烷和铅致贫血糖尿病小鼠肝组织的影响
研究对象是年龄在(2-3)个月、体重在(25 - 30)克之间的雄性小鼠(白化病小鼠)。实验是在药品和医疗用品制造总公司萨迈拉公司进行的。并于2017年10月初至2018年3月底,将42只动物分为7组,每组6只,以150 mg / kg Bw剂量给药Aloxan,研究灵芝和螺旋藻对糖尿病小鼠的影响。在30 d饲养期结束时,用50 mg / Kg体重的醋酸铅饲喂贫血实验小鼠30 d(对照组除外)。正常饮食的对照组。对照组感染糖尿病并按常规饮食服药。糖尿病组用灵芝菌粉(47 mg / kg体重)治疗。糖尿病组动物加螺旋藻藻粉(33 mg / kg体重)治疗。对感染贫血和孢子的动物进行常规饮食和含乙酸铅水处理,对感染动物进行醋酸铅+灵芝菌粉处理(47 mg / kg体重)。感染动物组,用醋酸铅+螺旋藻粉(33 mg / kg体重)处理。在肝组织中观察到组织学变化:研究结果表明,四氧嘧啶处理组动物的组织以肝细胞和肝窦的水解和扩张的形式损害了整个肝组织。在用灵芝和螺旋藻治疗糖尿病动物时,肝组织整体改善,肝细胞正常,充血消失,鼻窦炎正常。贫血组和醋酸铅组,我们也注意到肝组织明显受损。当用醋酸铅+灵芝和螺旋藻治疗时,我们没有注意到肝组织有任何改善。
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