复合物质膜对老龄大鼠动物园社会行为指标校正的影响

T. Panteleymonova, L. Kuprash, L. Sharabura, I. Labunets, N. Sykalo, V. Olar
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摘要

脑老化伴随着细胞化学调节系统的失衡、神经营养因子的减少和脑可塑性的紊乱。γ-氨基丁酸(γ-氨基丁酸,GABA)在衰老过程中神经递质变化中占有重要地位,它在内外神经递质系统中均有代表。随着年龄的增长,GABA系统的活性改变,大脑结构中GABA的含量减少,这与心理功能受损和病理的发展,特别是痴呆有关。鉴于病理的普遍性和人口老龄化的速度,寻找有效和安全的方法来预防和综合代谢治疗与年龄相关的认知和心理情绪障碍仍然是有意义的。在成年(10个月)和老年(24个月)Wistar雄性大鼠的实验中,我们研究了GABA和葡萄糖酸镁(γ-氨基丁基- mg (II) -葡萄糖酸盐)以及盐酸吡哆醇(Membraton)的组合的药理活性和年龄特异性。“暗/光相机”和“三室活动”测试确定了大鼠行为的年龄差异。在年龄较大的动物中,随着焦虑的增加,动物园的社会互动减少,比如交流、新奇偏好和社会认可。在100和500 mg / kg的过程引入作用下,老年大鼠焦虑减少,社交活动增加:社交接触的动机和发起增加,与陌生伴侣的接触刺激增加,对熟悉和陌生伴侣的识别正常化。在药物的作用下,老年动物的社会行为指标接近幼龄动物的水平。这些已确定的效果使我们有可能考虑将Membraton作为一种有前途的代谢疗法,用于增加与年龄相关的心理情绪障碍的社会性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effects of combined substance membratonon correction of theindicators of zoo-social behavior of old rats
Brain aging is accompanied by the development of an imbalance of the systems of chemical regulation of cells, a decrease in neurotrophic factors, and disorders of brain plasticity. Important place in the neurotransmitter changes in aging is given to the γ-aminobutyric acid (GABA), represented in the system of both external and internal neurotransmitters. With aging, the activity of GABA systems changes and the content of GABA in brain structures decreases, which is associated with impaired mental function and the development of pathology, in particular, dementia. Given the prevalence of pathology and the rate of population aging, the search for effective and safe means for the prevention and comprehensive metabolic treatment of age-related cognitive and psycho-emotional disorders remains relevant. In experiments on adult (10 months) and old (24 months) Wistar male rats, we investigated the pharmacological activity and age-specificities of the combination, including GABA and magnesium gluconate in the form of a coordination compound (γ-aminobutyro-Mg(II)–gluconate), and pyridoxine hydrochloride (Membraton). Tests "dark / light camera" and "three-chamber activity" established age differences in the behavior of rats. In older animals, amid increased anxiety, there was a decrease in zoo social interaction, such as communication, novelty preference, and social recognition. Under the influence of the course introduction of Membraton (100 and 500 mg / kg) in old rats, anxiety decreased and social activity increased: motivation and initiation of social contact increased, contact with an unfamiliar partner-stimulus increased, recognition of a familiar and unfamiliar partner was normalized. Under the influence of the remedy, indicators of social behavior of old animals approached the level of young animals. The established effects make it possible to consider Membraton as a promising metabolic therapy for increasing sociality in psycho-emotional disorders associated with age.
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