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antagonistic muscle
相关语句
  拮抗肌
     ② Grading of the spasmodic muscle and antagonistic muscle.
     ②痉挛肌和拮抗肌EMG分级;
短句来源
     And the antagonistic muscle also fatigued in this experiment,angle is the first risk factor of fatigue of forearm agonistic extensor muscle and antagonistic flexor muscle.
     伸腕的角度是主动肌(伸肌)疲劳的首位危险因素,也是拮抗肌(屈肌)疲劳的首位影响因素。
短句来源
     Conclusions Elbow spastieity in hemiplegic patients is mainly attributable to the flexor muscles. In the rehabilitation of the upper limb after stroke,it is important when training extensor strength to inhibit co-contraction of the antagonistic muscle.
     结论脑卒中偏瘫患者肘关节痉挛以屈肌为主,提示脑卒中后偏瘫上肢的康复治疗应以训练伸肌侧肌力和抑制拮抗肌协同收缩为主。
短句来源
     ②Combined with modern medical theory to instruct acupoint selection: As for coordinating and balance muscular tension, according to modern rehabilitative theory and hemiplegia development, to coordinate the balance of muscle group tension was the key point, antagonism of upper limb flexor and extensor of leg, coordination of balance of agonistic muscle and antagonistic muscle tension, inhibition of spasm and establishment of normal motor pattern.
     ②结合现代医学理论指导选穴:协调平衡肌张力,根据现代康复学原理及偏瘫的恢复发展规律,应以协调肌群间张力的平衡为重点,拮抗上肢屈肌、下肢伸肌运动,协调平衡主动肌与拮抗肌的张力,抑制痉挛,建立正常运动模式;
短句来源
  相似匹配句对
     ② Grading of the spasmodic muscle and antagonistic muscle.
     ②痉挛肌和拮抗肌EMG分级;
短句来源
     muscle ischemia;
     供应颞肌的血管阻断致肌肉缺血;
短句来源
     Antagonistic effect of taurine on adriamycin-inhibited constriction of smooth muscle of duodenum in rabbits
     牛磺酸拮抗阿霉素抑制家兔肠平滑肌收缩的实验观察
短句来源
     Microsoft's new muscle?
     微软的另一块肌肉
短句来源
     THE APPLICATION OF ANTAGONISTIC FUNGUS
     木霉菌在植病生物防治中的应用
短句来源
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  antagonistic muscle
Eight digastric-muscle motoneurons exhibited inhibitory postsynaptic potentials (IPSP), which were evoked by activation of the afferent fibers of the antagonistic muscle (m.
      
(1994), we extend their geometric approach and introduce four additional closed-loop mechanisms by the inclusion of an antagonistic muscle pair acting on a mass and connected to the half-center neural oscillator ipsilaterally.
      
The relationship between the motor chronaxie of antagonistic muscle groups and the subordinative influences of the higher nerve
      
Electrodes were placed over antagonistic muscle groups in the following regions: (1) forehead, (2) jaw-throat, (3) right forearm, (4) left leg.
      
The following explanations for the decrease in the patient's hypertonicity were discussed: (1) reduction of anisometric contraction, (2) reduction of isometric contraction, (3) relearning of agonistic-antagonistic muscle balance.
      
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The electromyographies were made on 12 healthy young adult males to investigate the function of supinators and pronators in the extended and flexed elbows during pro- nation and supination.The potentials were picked up with the needle electrode from the pronator teres,pronator quadratus,the supinator,the biceps brachialis and the bra- chioradialis.The study revealed the following facts: 1.During slow pronation,regardless whether the elbow was flexed or extended, the potentials from the pronator quadratus were...

The electromyographies were made on 12 healthy young adult males to investigate the function of supinators and pronators in the extended and flexed elbows during pro- nation and supination.The potentials were picked up with the needle electrode from the pronator teres,pronator quadratus,the supinator,the biceps brachialis and the bra- chioradialis.The study revealed the following facts: 1.During slow pronation,regardless whether the elbow was flexed or extended, the potentials from the pronator quadratus were always more active than that from the pronator teres.The former showed the activities from “marked” to “most marked” and the latter from “slight” to “moderate”.When the pronation was resisted,the activities increased in both muscles. 2.During slow supination,both pronators showed activities of various degree as antagonistic muscles.During slow supination in the extended elbow,the potentials ap- peared in the supinator alone,but no activities were seen in the biceps unless the supina- tion was resisted.The biceps was,therefore,not proved to be a supinator when the elbow was in an extending position.When the flexed elbow was supinated from a prone position,the activities were recorded from the supinator immediately but none from the biceps at first.When the forearm reached an intermediate position,it began to show “slight” activity whereas the supinator showed “marked”.When the forearm moved to- ward full supination the activities of the supinator decreased gradually,reaching “no activity” at the end,but the activities of the biceps increased gradually.It was proved that the supinator was a primary supinator and the biceps a reinforcer. 3.The brachioradialis is usually described as a pronator when the forearm is in supine position and a supinator in prone position.This present study showed it was neither a pronator nor a supinator in the extended forearm,and it was only so when supinating a flexed forearm from a prone to semiprone position.In the further course of supination the activities were not increased at all.Thus the brachioradialis could be considered as an axillary supinator from prone to semiprone position.

本文在12个健康男性青年的旋前方肌、旋前圆肌、旋后肌、肱二头肌及肱桡肌,以Ediswan脑电墨水描记仪,用肌内电极引出电位进行分析,结果认为:旋前方肌无论在肘的伸位或屈位,当前臂慢旋前时,它的电位都比旋前圆肌更活动。给以抵抗力时二肌电位活动都增加。旋后肌在肘伸位前臂慢旋后时,即出现了电位活动,但肱二头肌无活动只是给以抵抗力时始出现电位活动。肘屈位,前臂从旋前位旋后时,旋后肌首先出现电位活动。肱二头肌自中间位到完全旋后位电位活动逐渐增加,而旋后肌则逐减小。肱桡肌使旋前位或旋后位的前臂迴旋到中间位的作用,只是在肘屈位特别自旋前位旋后至中间位的电位较明显。

331 cases of fracture of femoral shaft treated by sliding traction reduction were reviewed.(1)The basic mechanism of extirpation of mechanical stress should be fo- cused in joints.Treatment of fracture of femoral shaft by the sliding traction method via tuberositas tibiae,maintaining equilibrium between the two bi-axial antagonistic muscle groups acrossing two joints,gained satisfactory healing and recovery of myo- function in 98% of the 331 cases reviewed.(2)In sliding traction reduction,the chilropody,the...

331 cases of fracture of femoral shaft treated by sliding traction reduction were reviewed.(1)The basic mechanism of extirpation of mechanical stress should be fo- cused in joints.Treatment of fracture of femoral shaft by the sliding traction method via tuberositas tibiae,maintaining equilibrium between the two bi-axial antagonistic muscle groups acrossing two joints,gained satisfactory healing and recovery of myo- function in 98% of the 331 cases reviewed.(2)In sliding traction reduction,the chilropody,the small splint,the depress pad and the girdle served well as auxiliary measures for fine adiustment of excess transposition appropriate for exertion of the limb.

观察分析331例股骨干骨折采用滑动牵引为主的复位技术及其力学性质,探讨其理伤机理。1.应力消除的基本机制在关节,跨越两个关节的双肌轴肉平衡,能使骨折复位和稳定。因此,胫骨结节牵引比较合理有效。本组功能恢复率达98%。2.在滑动牵引为主的复位中,手法、小夹板、压垫和托布,应始终作为纠正残余移位之重要的辅佐措施。若配合应用得当,可减少损伤,促进愈合。3.本法安全、简便、损伤小,适应范围广。

This report recommends the experience of clinical application of the myoelectrically controlled artificial upper-limb in 50 cases. This series includes the upper--arm prostheses with degrees of freedom Ⅱ or Ⅲ, and fore—arm artificial hand with degree of freedom Ⅰ. This article analysed the voluntary control and myoelectricity of three groups of the antagonistic muscle, and also discussed the factor which might influence them. The author gave opinions on the clinical value of the prostheses.

本文介绍肌电控制一、二、三自由度上肢假肢临床安装经验。对残肢肌肉的意识控制和肌电情况作简要分析讨论,并就临床意义给予初步评论。

 
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