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首页> 外文期刊>Revista Brasileira de Medicina do Esporte >Impacto da desnutri??o e do treinamento aeróbico moderado sobre a estrutura da parede arterial de ratos em processo de envelhecimento
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Impacto da desnutri??o e do treinamento aeróbico moderado sobre a estrutura da parede arterial de ratos em processo de envelhecimento

机译:营养不良和有氧运动对衰老大鼠动脉壁结构的影响

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We evaluated the late effects of malnutrition multicarencial imposed during lactation and the possible effects and / or changes to both the aging process as of moderate aerobic training on the luminal diameter and the tunica media area of the left common carotid artery, horizontal aorta and thoracic aorta of rats in the aging process. Twenty-four Wistar rats male were separated according to diet and physical training: GNS - Nourished Sedentary Group, GNT - Trained Nourished Group, GDS - Malnourished Sedentary Group and GDT - Malnourished Trained Group. At 10 months, the GNT and GDT were submitted to TAM, in water for 8 weeks. Then the mice were anesthetized and sacrificed and the arterial fragments were collected for histological processing. The area of the tunica media was measured by the difference between external and internal areas of the arterial wall and luminal diameter was measured from the average of two diameters measured from four points marked on the inner layer of the vessel. The area of tunica media decreased in the horizontal aorta when compared the groups GNS x GDS (p = 0.015) and increased in left common carotid artery between the groups GNS and GNT (p = <0.001). The thoracic aorta showed an increase in luminal diameter when comparing the GDS with the GDT (p = 0.041). Both malnutrition multicarencial induced partial changes in the horizontal aorta wall, as well as the physical training was able to promote changes in the tunica media area of the left common carotid artery and luminal diameter of the thoracic aorta.
机译:我们评估了在哺乳期营养不良多龋的后期影响以及中度有氧训练对左颈总动脉,主动脉水平和胸主动脉腔直径和中膜面积的可能影响和/或衰老过程的变化在衰老过程中的老鼠。根据饮食和体育锻炼分离了二十四只雄性Wistar大鼠:GNS-久坐的营养组,GNT-久坐的营养组,GDS-久坐的营养不良组和GDT-久坐的营养不良组。在10个月时,将GNT和GDT提交水中的TAM处理8周。然后将小鼠麻醉并处死,收集动脉碎片进行组织学处理。通过动脉壁的外部和内部区域之间的差异来测量中膜的面积,并且通过从在血管内层上标记的四个点测量的两个直径的平均值来测量腔直径。与GNS x GDS组相比,水平主动脉的中膜面积减少(p = 0.015),而GNS和GNT组之间左颈总动脉的膜面积增加(p = <0.001)。与GDS和GDT进行比较时,胸主动脉腔直径增大(p = 0.041)。营养不良多龋引起水平主动脉壁的部分变化,以及体育锻炼都能够促进左颈总动脉的中膜区域和胸主动脉腔直径的变化。

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