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首页> 外文期刊>The Open Access Journal of Science and Technology >The Association of Malnutrition and Chronic Stress Models Does Not Present Overlay Effects in Male Wistar Rats
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The Association of Malnutrition and Chronic Stress Models Does Not Present Overlay Effects in Male Wistar Rats

机译:营养不良和慢性应激模型的关联在雄性Wistar大鼠中没有重叠效应

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摘要

Chronic stress and protein-energy malnutrition (PEM) are both social problems resulting in physiological and behavioral alterations. In this present study an associative effects of PEM and chronic stress were evaluated through in Wistar rats. Four groups were established: standard diet– 19% of protein (Std); Std + stress; PEM–6% of protein and PEM + stress. In these groups were assessed physical, nutritional, hematological, histological parameters and anxiety-like behavior. There were a reduction of food intake, body mass and relative weight of the heart and thymus in the PEM group. The liver of the PEM animals presented a degenerative condition with steatosis and Kupffer cell hypertrophy and, additionally, a significant decrease in hematocrit percentages, in the number of red blood cells and in the concentration of hemoglobin and total protein. In those animals under stress and Std diet, there was observed an increase of the relative adrenal weights, an acute condition of leukocytosis with a predominance of neutrophils and an increase in the anxiety-like behavior. There was no overlapping/interaction among the anthropometric, biochemical, hematological and histological effects using PEM and stress in Wistar rats. The effects observed under experimental condition were those related to either PEM or stress, independently.
机译:慢性应激和蛋白质能量营养不良(PEM)都是导致生理和行为改变的社会问题。在本研究中,通过在Wistar大鼠中评估了PEM与慢性应激的关联作用。建立了四组:标准饮食– 19%的蛋白质(Std);性病+压力; PEM –蛋白质和PEM +压力的6%。在这些组中,评估了身体,营养,血液学,组织学参数和焦虑样行为。 PEM组的食物摄入量,体重以及心脏和胸腺的相对重量有所减少。 PEM动物的肝脏呈变性状态,伴有脂肪变性和Kupffer细胞肥大,此外,血细胞比容百分比,红细胞数量以及血红蛋白和总蛋白的浓度均显着下降。在那些处于应激和标准饮食下的动物中,观察到相对肾上腺重量增加,白细胞增多的急性病和嗜中性粒细胞占优势,以及焦虑样行为增加。在Wistar大鼠中,使用PEM进行的人体测量学,生化,血液学和组织学效应和压力之间没有重叠/相互作用。在实验条件下观察到的效果是与PEM或压力相关的,独立地。

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