营养对感染锥虫的雌性大鼠红细胞的影响

Angela Nwogor, Bernard Obialo, Joan Frances
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引用次数: 2

摘要

锥虫病引起了撒哈拉以南非洲农民的极大兴趣。这是一种普遍阻碍农业发展的疾病,需要迫切关注。已经注意到,它会导致宿主贫血,通常可能导致死亡。许多研究表明,膳食补充剂可以增强多种宿主的锥虫耐受性。饮食在调节其病理生理效应的严重程度方面很重要,也可以影响恢复的速度。对照日粮(日粮1)仅为雏鸡的麦芽浆。这个研究来确定适度的蛋白质的影响(250克玉米粉、240 g的豆粕和10 g的小龙虾吃小鸡的沼泽(2)饮食),高膳食蛋白质混合物(酪蛋白原400 g和300 g的豆粕小鸡的土豆泥(饮食3))和高碳水化合物饮食(400克葡萄糖和300克的小鸡的玉米粉糖化醪(4)饮食)对啮齿动物trypanomiasis补充。饲粮1饲喂A笼大鼠,饲粮2饲喂B笼大鼠,饲粮3饲喂C笼大鼠,饲粮4饲喂d笼大鼠。试验结束时,饲粮2(中等蛋白质饲粮)大鼠红细胞计数最高,且与其他处理大鼠差异显著(P < 0.05)。这表明充足的营养可以降低锥虫的作用,从而降低大鼠的锥虫耐受性,因为已知锥虫会攻击红细胞和血管内皮。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of nutrition on the red blood cells of Trypanosome-infected female rats
Trypanosomiasis is of great interest to farmers in Sub-Saharan Africa.  It is a disease that retards agricultural development in general and needs urgent attention.  It has been noted that it causes aneamia in its host which often may lead to death.  Many researches showed that dietary supplement can enhance trypanotolerance in various hosts.  Diet is important in modulating the severity of its pathophysiological effects and can also influence the rate of recovery.  Using a control diet (Diet 1)) was only chicks’ mash. this research was conducted to determine the effect of moderate protein (mixture of 250 g of corn meal, 240 g of soyabean meal and 10 g of crayfish meal in chicks’ marsh (Diet 2)), high dietary protein (mixture of 400 g of caseinogen and 300 g of soyabean meal in chicks’ mash (Diet 3)) and high dietary carbohydrate (mixture of 400 g of dextrose and 300 g of corn meal in chicks’ mash (Diet 4)) supplementation on rodent trypanomiasis.  Diet 1 was used to feed rats in Cage A, Diet 2 was used to feed rats in Cage B, Diet 3 was used to feed rats in Cage C while Diet 4 was used to feed rats in Cage D.  At the end of the experiment, it was observed that rats fed with Diet 2 (moderate protein diet) had the highest and significantly different (P < 0.05) red blood cell count than other treatments.  This indicated that adequate nutrition reduces the effect of trypanosome and hence trypanotolerance in rats since trypanosome is known to attack red blood cells and vascular endothelium.
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