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peroneal nerve     
相关语句
  腓神经
     The ratio of amplitude of the tibial nerve to the peroneal nerve was 12.45±25.03 and 4.32±2.87 respectively in the adult group, but 2.29±3.37 and 1.22±0.62 respectively in the young group.
     幼年组胫神经与腓神经神经传导速度的比值分别为1 .80± 1 .65和 0 .97± 0 .42 ,波幅比值分别为 2 .2 9± 3 .37和 1 .2 2± 0 .62。
短句来源
     Tibial nerye get into fast development period from 3 months to 1 years old and catch up peroneal nerve.
     胫神经于8个月~1岁间进入快速发育期,3岁赶上腓神经
短句来源
     In group A,A 1cm segment of the left peroneal nerve was removed,the defect was repaired with a segment taken from the contralateral peroneal nerve.
     A组:切断左侧腓神经1cm,造成神经缺损,取对侧相应的腓神经桥接缺损。
短句来源
     The therapy group was improved obviously in peroneal nerve motion and the conductive velocity of sensory nerve(P<0.05).
     治疗组腓神经运动和感觉传导速度改善明显P<0.05。
短句来源
     The right peroneal nerve of all the rats was sectioned and the distal endwas sutured laterally to the tibial nerve.
     全部大鼠右侧自腓神经切断,胫神经外膜开窗,腓神经远端行外膜端侧吻合于胫神经开窗处。
短句来源
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  腓总神经
     and (34.9±5.4) m/s,(39.2±4.6) m/s and (42.7±4.7) m/s for the peroneal nerve.
     腓总神经CV10%为(34.9±5.4)m/s、CV50%为(39.2±4.6)m/s、CV90%为(42.7±4.7)m/s。
短句来源
     common peroneal nerve 97.7±15.7 and 85. 9±18.8;
     腓总神经97.7±15.7和85.9±18.8;
短句来源
     For the lower limbs,the rate of excellent and good was 83.1%,71.4%,50% and 42.8% in reparing of tibial nerve,femoral nerve,common peroneal nerve and sciatic nerve respectively.
     下肢神经损伤中胫神经及股神经修复优良率83.1%和71.4%,腓总神经和坐骨神经优良率50%和42.8%。
短句来源
     In this group the normal inside diameter of nerve stem of adult was: median nerve 0.30±0.04 mm, ulnar nerve 0.27±0.05 mm, radial nerve 0.32±0.05 mm, sciatic nerve 0.59±0.08 mm, common peroneal nerve 0.41±0.06 mm, tibial nerve 0.37±0.07 mm.
     本组正常正中神经0.30±0.04cm、尺神经0.23±0.05cm、桡神经0.25±0.06cm、坐骨神经0.59±0.08cm、腓总神经0.41±0.06cm、胫神经0.37±0.07cm。
短句来源
     The CV10%, CV50% and CV90% of common peroneal nerve were (35.58±5.98) m/s, (41.61±4.76) m/s and (46.04±3.50) m/s.
     腓总神经慢纤维速度(35.58±5.98)m/s、中速纤维速度(41.61±4.76)m/s、快纤维速度(46.04±3.50)m/s。
短句来源
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  腓神经的
     The Analgesic Effects of Electrical Stimulation on Peroneal Nerve and the Types of Afferent Nerve Fibers Involved in Rabbits
     电针兔腓神经的镇痛效应及其传入纤维类别
短句来源
     The motor nerve conduction function of median nerve, ulnar perve, tibial nerve and peroneal nerve of every suhject was determined by nerve evoked potential meter.
     用神经诱发电位仪测量各受试者正中神经、尺神经、胫神经和腓神经的运动传导功能。
短句来源
     While the peroneal nerve being stimulated repetitively, the evoked firing increased in 41% of processed RMC and 75% of processed NRM units as interval of stimuli was prolonged.
     在重复刺激腓神经的条件下,41%的RMC受试单位和75%的NRM受试单位的诱发放电随刺激间隔时间的延长而增强;
短句来源
     MAIN OUTCOME MEASURES: Conduction velocity of peroneal nerve and hemorheological indexes (blood viscosity, hematocrit and aggregative rate of platelet) of patients in the two groups at 1 day before treatment and at 4 weeks after treatment.
     主要观察指标:治疗前1d及治疗4周后两组患者腓神经的神经传导速度,血液流变学指标(包括血黏度、红细胞压积和血小板聚集率)。
短句来源
     1. The same length nerve samples of the RLN in cervical part and the common peroneal nerve were obtained from 6 adult dogs ,at the right side.
     1.实验采取了6只成年狗的右侧、同长度的颈部喉返神经和坐骨神经末端分支处至腓骨颈之间腓神经的片断。
短句来源
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  胖神经
     3.The fat's area proportion in epineurium has significant difference between the RLN and the peroneal nerve (x S) 0.7089 4.31622e-02;
     3.喉返神经及胖神经各自脂肪面积占神经外膜的比例分别为0.7089士 4.31622e一02;
短句来源
     4.The nerve fibers' proportion in fasciculus has significant difference between the RLN and the peroneal nerve ( x S) 0.5616 2.67366e-02 0.4743 + 1.51365e-02, p<0.05.CONCLUSION:
     4.喉返神经及胖神经神经束内神经纤维面积的比例分别为0.5616士 2.67366E一02 0.4743士1.51365E一02,p(0.05具有显著差异。
短句来源

 

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  peroneal nerve
Possible injury to the branches of the peroneal nerve during fibular osteotomies
      
Fixation of nerves by fibrous tissues, compression by tendinous arcades of the peroneus longus tendon, and narrow passages for nerves crossing dense fibrous septa are all factors which favor the development of peroneal nerve lesions.
      
In our cases, conduction velocity was 38-39 m/sec in the ulnar nerve and of 19-34 m/sec in the peroneal nerve.
      
A case of chronic progressive peroneal nerve palsy is reported.
      
The surgical exploration revealed a compression of the common peroneal nerve obviously due to a muscular herniation of the gastrocnemius near the head of the fibula, measuring about 1 inch in diameter.
      
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Under the convulsive action of certain drugs, such as chloralose, a diffuse electrical response due to peripheral nerve stimulation could be evoked in extensive regions of the cerebral cortex of the cat. In sensorimotor cortex, besides the primary response, the initial potential complex of the response consisted of two positive wavelets having respectively a latency of 20—25 msec, and 30—40 msec, when peroneal nerve was stimulated. After injection of nembutal, the response was suppressed and a more delayed...

Under the convulsive action of certain drugs, such as chloralose, a diffuse electrical response due to peripheral nerve stimulation could be evoked in extensive regions of the cerebral cortex of the cat. In sensorimotor cortex, besides the primary response, the initial potential complex of the response consisted of two positive wavelets having respectively a latency of 20—25 msec, and 30—40 msec, when peroneal nerve was stimulated. After injection of nembutal, the response was suppressed and a more delayed wave with a latency of about 50—80 msec, appeared. The latter was identified as the well known secondary response. For the sake of briefness the former response was referred to as the "intermediate response" on account of its latency being intermediate between that of the primary and secondary response. The pathways mediating the production of the intermediate response and that of the secondary response are different. The two wavelets of the intermediate response could be separately abolished by selective destruction of VP and CM, or together by destruction of VA—VM. The conclusion that the initiation of these wavelets was due to activation of the thalamic diffuse projection system by VP and CM was further supported by the fact that the intermediate response showed a similar form and distribution over the cortex as that evoked by a brief auditory stimulus previously shown to be also due to activation of the thalamic diffuse projection system by the medial geniculate body. After destruction of the diencephalic structures mediating the production of the intermediate response, injection of nembutal could still bring out the secondary response, wich could be abolished by destruction of subthalamus and hypothalamus at the mammillary level, a fact confirming the finding of Dempsey and Morison.

在惊厥性药物(如氯醛醣)作用下,刺激周边神经,可在猫大脑皮层引起分布广泛的电反应。在体觉运动区,除原初反应外,这反应的正相复合电位包含二个正波,潜伏期各为20—25毫秒及30—40毫秒(刺激腓神经)。注身戊巴比妥钠可抑制这反应,而代之以Forbes等所形容的副反应,潜伏期为50—80毫秒。为敍述方便起见,我们称前者为“中间反应”,因为它的潜伏期介於始反应与副反应之间。产生中间反应与副反应的神经路径基础是不同的。中间反应的两个正波的产生分别为VP及CM核兴奮丘脑(氵弥)散投射系统的结果。毁去产生中间反应的间脑组织後,再注射戊巴比妥钠仍能得到副反应。在乳头体部位毁底丘脑和下丘脑,副反应即被取消,与Dempsey和Morison的结果相符。

The relation of the N. sciatic and M. Piriformis was studied on 284 cases in Chinese. The variations were classified into 3 kinds, which were subdivided into 10 types.In the first kind, The N. sciatic appeared in one trunk, in the second the tibial and common peroneal nerves were given off at the great sciatic foramen, and in the third the sciatic nerve divided at the great foramen, but after descending for a short distance it formeda single trunk again and was enveloped by a common sheath below...

The relation of the N. sciatic and M. Piriformis was studied on 284 cases in Chinese. The variations were classified into 3 kinds, which were subdivided into 10 types.In the first kind, The N. sciatic appeared in one trunk, in the second the tibial and common peroneal nerves were given off at the great sciatic foramen, and in the third the sciatic nerve divided at the great foramen, but after descending for a short distance it formeda single trunk again and was enveloped by a common sheath below the M. Piriformis.Type 1 variety, in whioh the sciatic nerve passed out of the pelvis below the piriform muscle was the most common finding in our study (191 cases 67.25%±2.78%)A description of three additional types (types 7, 8, 9,)was also made.There was no significant variational difference between the right and left side, and no clear discrimnateness was found in the same, type among the same race.

其統計了107具完整尸体,70个單侧下肢的坐骨神經与梨狀肌之关系,及其分支之部位。 一、坐骨神經与梨狀肌之关系共分三类十个型,其中以第一型为最多,占67.25%±2.78%。其中有三型是在文献尚未查到过的。 二、坐骨神經与梨狀肌之关系,左右侧的差别不大。左右侧的同型例数以第一型为最多见,有62例,占总例数之57.66%±4.77%。 三、国人之間的差别不大(其t值小于8)。国人与西人之間的差别較顯著(其t值大于3)。

The dorsal cutaneous nerves of 150 Chinese children, 88 males and 62 females, were studied.The pattern of distribution were as follows: The superficial peroneal nerve was classified into 9types, of which the first and second types were highest in percentage being 36. 7±2.78 and 34.3±2.74respectively. The deep peroneal nerve was classified into 8 types, of which the first type occurred55.0±2.87. The sural nerve was classified into 20 types, the third and fourteenth types occurred inthe highest...

The dorsal cutaneous nerves of 150 Chinese children, 88 males and 62 females, were studied.The pattern of distribution were as follows: The superficial peroneal nerve was classified into 9types, of which the first and second types were highest in percentage being 36. 7±2.78 and 34.3±2.74respectively. The deep peroneal nerve was classified into 8 types, of which the first type occurred55.0±2.87. The sural nerve was classified into 20 types, the third and fourteenth types occurred inthe highest percentage, 39.3±2.82 and 38.0±2.80 respectively. According to the patterns of distribution of the dorsal cutancous nerves of he foot as a whole,they were classified into 13 types, the first and second types were present in the highest percentage,21.7±2.37 and 19.3±2.28 respectively. The patterns of distribution of these nerves in relation to acupuncture were proved and discussed.

1.用童婴尸解剖足背皮神经300例,观察国人足背皮神经的分型。2.腓浅神经按其分布于趾侧分为九型,第一型及第二型出现的百分比最高,为36.7 ±2.78及34.3±2.78。此二型几乎相等。按四个型分型时第一型及第二型出现的百分比最高,为40.0±2.83及39.7±2.82。 3.腓深神经按其分布于趾侧分为八型。第一型出现的百分比最高,为55.0±2.87。 4.腓肠神经按分布于趾侧分为二十型。第三及第十四型出现的百分比最高,为39.3±2.82及38.0±2.80。并且此二个型几乎相等。由表16可推知腓肠神经随人类的进化不断的向内移动,直到现在仍有向内移动的趋势。而第三及第十四两型乃是不断向内移动过程中有二个暂停阶段。 5.将全部足背皮神经按分布趾侧分为十三个型,另加入“其他”一个项目。出现百分比最高者为第一型(21.7±2.38)及第二型(19.3±2.28)。 6.本文试把足背皮神经分布在趾侧的出现多少与针灸的经穴互相参证。在第一趾内侧,腓浅神经分布的百分比最高(75.±25.0),同足太阴脾经相符合。有经穴“隐白”、“大都”、“太白”、“公孙”。在第一趾外侧,腓深神经分布的百分比最高(93.3±1....

1.用童婴尸解剖足背皮神经300例,观察国人足背皮神经的分型。2.腓浅神经按其分布于趾侧分为九型,第一型及第二型出现的百分比最高,为36.7 ±2.78及34.3±2.78。此二型几乎相等。按四个型分型时第一型及第二型出现的百分比最高,为40.0±2.83及39.7±2.82。 3.腓深神经按其分布于趾侧分为八型。第一型出现的百分比最高,为55.0±2.87。 4.腓肠神经按分布于趾侧分为二十型。第三及第十四型出现的百分比最高,为39.3±2.82及38.0±2.80。并且此二个型几乎相等。由表16可推知腓肠神经随人类的进化不断的向内移动,直到现在仍有向内移动的趋势。而第三及第十四两型乃是不断向内移动过程中有二个暂停阶段。 5.将全部足背皮神经按分布趾侧分为十三个型,另加入“其他”一个项目。出现百分比最高者为第一型(21.7±2.38)及第二型(19.3±2.28)。 6.本文试把足背皮神经分布在趾侧的出现多少与针灸的经穴互相参证。在第一趾内侧,腓浅神经分布的百分比最高(75.±25.0),同足太阴脾经相符合。有经穴“隐白”、“大都”、“太白”、“公孙”。在第一趾外侧,腓深神经分布的百分比最高(93.3±1.44),同足厥阴肝经一致。有经穴“大敦”、“行间”。在第二趾外侧,腓浅神经分布的百分比最高(58.7±2.84)。同足阳明胃经一致。有经穴“厉兑’、“内庭”、“陷谷”。在第四趾外侧,腓肠神经分布的百分比最高(56.±2.87)。同足少阳胆经相符。有经穴“窍阴”、“侠谿”、“地五会”。在第五趾外侧,腓肠神经分布的百分比最高(98.3±0.75)。同足太阳膀胱经相符。有经穴“至阴”、“通谷”、“束骨”、“京骨”。 7.本研究测出腓浅神经穿出距离及分支距离,以作临床参考。

 
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