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首页> 外文期刊>Bulletin of experimental biology and medicine >Interspecific Differences in Behavioral Responses and Neuromotorics between Laboratory Rodents Receiving Rations with Easily Digested Carbohydrates
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Interspecific Differences in Behavioral Responses and Neuromotorics between Laboratory Rodents Receiving Rations with Easily Digested Carbohydrates

机译:易消化碳水化合物的实验室啮齿动物在实验室啮齿动物之间行为应答和神经发生的差异

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We assessed the effect of intake of easily digested carbohydrates for 133 days on quantitative parameters of neuromotorics and cognitive function in Wistar rats and C57Bl/6J mice. Neuromotorics (muscle tone) was assessed in rats and mice by the forelimb muscle force (grip strength) over 4 months. Anxiety was assessed in the elevated plus-maze test and cognitive function (short-term and long-term memory) was evaluated by conditioned passive avoidance response (CPAR) test over 3 months. The mice, in contrast to rats, receiving the diet with easily digested sugars demonstrated suppression of neuromotorics. Anxiety increased with age in female mice, but not in rats, irrespective of the diet. Cognitive function in rats receiving experimental rations did not change significantly in comparison with the control. In mice, consumption of equimolar mixture of fructose and glucose impared short-term, but not long-term memory, in comparison with the group receiving glucose alone. We revealed a small (by 14-17%), but statistically significant increase in the brain weight in mice receiving fructose and sucrose. The study demonstrates sufficient interspecies differences in the influence of carbohydrate rations on neuromotorics and behavioral responses in the in vivo metabolic syndrome model.
机译:我们评估了在Wistar大鼠和C57BL / 6J小鼠中对易消化的碳水化合物摄入133天的易消化碳水化合物的影响。在4个月内通过前肢肌肉(握力)评估了神经瘤(肌肉型),在大鼠和小鼠中评估了大鼠和小鼠。在升高的加迷宫试验和认知功能(短期和长期记忆)中评估了焦虑,通过条件的被动避免响应(CPAR)测试评估了3个月。与大鼠相比,小鼠与大鼠接受饮食,易消化的糖抑制了神经发生。焦虑随着雌性小鼠的年龄而增加,但不论饮食如何,不是在大鼠中。与对照相比,接受实验口粮的大鼠的认知功能并没有显着变化。在小鼠中,与单独接受葡萄糖的基团相比,果糖和葡萄糖的等摩尔和葡萄糖的诱发赋予葡萄糖混合物的消耗量。我们透露了一个小(14-17%),但在接受果糖和蔗糖的小鼠中脑重量的统计学显着增加。该研究证明了碳水化合物口粮对神经运动综合征模型中神经发生和行为应对影响的足够差异。

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