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迷走神经放电
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  “迷走神经放电”译为未确定词的双语例句
     The discharges of phrenic nerve and vagus nerve were positively related to the inspiration(r=0.765 and r=0.808;P<0.01).
     膈神经和迷走神经放电活动与吸气相均呈正相关(r=0.765及r=0.808;均P<0.01)。
短句来源
     Methods: 10 Wistar rats were synchronously recorded the discharges of phrenic nerve and vagus nerve,the curve of respiration and the electrocardiogram.
     方法:10只Wistar大鼠,同步记录膈神经、迷走神经放电以及呼吸曲线和心电图。
短句来源
     The sustained time,interval(pause time),area and amplitude of discharges of phrenic and vagus nerve were measured.
     分别测量一个呼吸周期中膈神经和迷走神经放电时间、间隔时间、放电面积和幅度,吸气相时间、呼气相时间、呼吸频率和幅度;
短句来源
     Study on the model building of internal capsule hemorrhage and the changes of intracranial pressure and discharge of vagus nerve in rabbits
     家兔内囊出血模型制作及出血后颅内压和迷走神经放电变化的研究
短句来源
     The changes of spontaneous electrical activity of the vagus efferent nerve in scalded rats
     大鼠烫伤后迷走神经放电活动的变化
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  相似匹配句对
     Changes of cervical vagal efferent discharge induced by lipopolysaccaride in rats
     内毒素血症大鼠颈迷走神经传出放电变化
短句来源
     The changes of spontaneous electrical activity of the vagus efferent nerve in scalded rats
     大鼠烫伤后迷走神经放电活动的变化
短句来源
     2.Constant discharges,appearing during the intermittence periods of the rhy- thmical discharges mentioned above in 1;
     2.持续性放电
短句来源
     low self-discharge;
     自放电小;
短句来源
     THE VAGUS NERVE OF THE SWINE
     猪的迷走神经解剖
短句来源
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By electro-phisiological technique, it was found that the APsolution (mixture made equivalently from 0.1% adrenaline and 2% pilocarpin nitrate injection) may increase synchronously the discharge of cervical sympathetic and vagus nerves of rabbit. As compared to pre-injection, the action potentials of both nerves had very significant (P<0.01) and significant differences (P<0.05)at 5~25 and 30 minutes after injection respectively, and then they recovered to normal level by 70 minutes. According to the experimental...

By electro-phisiological technique, it was found that the APsolution (mixture made equivalently from 0.1% adrenaline and 2% pilocarpin nitrate injection) may increase synchronously the discharge of cervical sympathetic and vagus nerves of rabbit. As compared to pre-injection, the action potentials of both nerves had very significant (P<0.01) and significant differences (P<0.05)at 5~25 and 30 minutes after injection respectively, and then they recovered to normal level by 70 minutes. According to the experimental results, the viewpoint of "high threshold balance of vegetative nerve" was proposed.

通过电生理学的方法观察到,0.1%盐酸肾上腺素注射液与2%硝酸毛果芸香硷注射液的等量混合液(简称AP液),可使家兔颈交感神经和迷走神经放电呈现同步增强的效应。颈交感神经和迷走神经的动作电位,在注射AP液后5~25min,与注射前相比相差均非常显著(P<0.01);注射后30min,与注射前相差显著(P<0.05);至70min时,恢复到注射前水平。据此实验结果,提出了植物神经高阈平衡的观点。

The respective application of the mixed solution of hydrochloric acid adrenalineand nitric acid pilocarpin (abbr. AP solution)to target organs will urge autonomicnerves and the parasympathetic nerves into a high-threshold balance,which can bringout extensive biological effects.This theory has been preliminarily proved throughanilnal clinics and productive activities,and finally established through a series ofscientific experiments, which including the experiments testing the discharge effect ofthe autonomic...

The respective application of the mixed solution of hydrochloric acid adrenalineand nitric acid pilocarpin (abbr. AP solution)to target organs will urge autonomicnerves and the parasympathetic nerves into a high-threshold balance,which can bringout extensive biological effects.This theory has been preliminarily proved throughanilnal clinics and productive activities,and finally established through a series ofscientific experiments, which including the experiments testing the discharge effect ofthe autonomic nerves and vagoneurosis of the tested animals,their gastric and intestinemotion, the improvement of their microcirculation,the enhancement of their immunityand the increase of the content of cAMP and cGMP in their plasma. It has great valuein its application in productive activities as well as in scientific research.

使用拟神经介质类药物盐酸肾上腺素和硝酸毛果芸香碱的混合液(简称AP液)可以分别作用于靶器官受体,促使交感神经和副交感神经出现高阈平衡,以产生广泛的生物学效应的植物性神经高阈平衡理论已初步被动物临床与生产实践所证明:被促进动物的交感神经和迷走神经放电效应、胃肠功能活动、改善微循环、提高免疫力和增强血浆环核苍酸含量的一系列科学实验所证实。它具有很高的科学价值和生产应用价值。

Following the injection of alfalfa extract into the lingual vein or the lateral ventricle of brain, the discharge frequency from the central end of cervical vagus nerve was increased, suggesting that alfalfa extract might excite the nuclei related to the vagus nerve.

实验观察到由舌静脉或侧脑室注射苴蓿提取物引起大鼠颈部迷走神经放电增加。提示 苴蓿可兴奋与支配迷走神经传出有关的核团。

 
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