视觉和听觉刺激对大鼠动脉压和尿钠排泄的影响。

C Cabrera-Peralta, C G Marques, M R Dellias, M B Adorno, M A de Cabrera
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引用次数: 0

摘要

无数的系统性改变是由环境、营养和激素等不利条件所引起的刺激所引起的。为了验证这些刺激对动脉压和尿钠排泄的影响,将100只动物置于24小时照明、听觉刺激、脱水和注射肾上腺素的条件下。结果表明,在实验前24小时持续照明,可引起动脉压升高(p < 0.01)。相性听觉刺激可促进动脉压升高(p < 0.01),且与各种刺激相一致。延长听觉刺激时动脉压值(p < 0.01)随刺激时间的延长而降低。应用光照后注射肾上腺素,光照后脱水不改变反应,获得了孤立的发光刺激。尿钠排泄量增高(p < 0.01)。结果表明:1)持续照明和听觉刺激可引起动脉压升高;2)对阶段性听觉刺激和连续性听觉刺激的压力反应不同;3)尿钠排泄量增加。
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[The effects of visual and auditory stimulation on arterial pressure and urinary sodium excretion in rats].

Countless sistemic alterations are broken out by stimuli originated by environmental, nutritional and hormonal conditions that are disadvantageous. In order to verify the effects of these stimuli on the arterial pressure and the urinary excretion of sodium, a group of 100 animals were submitted to illumination for 24 hours, auditive stimulation, dehydration and injection of adrenaline. The results show that constant illumination provokes and increase of arterial pressure (p less than 0.01), that is installed in the first 24 hours and its kept until the end of the experiment. The phasic auditive stimulation encourages an increase of arterial pressure (p less than 0.01) and its consistent to every stimulation. The arterial pressure amount in the introduction of prolonged auditive stimulation (p less than 0.01) but decreases in function of the time of the application of the stimulus. The application of illumination followed by injection of adrenaline, and illumination followed by dehydration not changing the response obtained us an isolated luminous stimulus. The urinary sodium excretion, was increased (p less than 0.01). Based on the results we arrived to the following conclusions: 1) The application of constant illumination and auditive stimulation provoke an increase of arterial pressure; 2) The pressuring responses to the phasic and continuous auditive stimulations are different; 3) There is an increase in the urinary sodium excretion.

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