肌运动

The pattern classification of motor unit action pote ntia l of needle electrode electromyogram signal by means of self-orga nization competing Neural Network has been accomplished in this paper.

采用自组织竞争人工神经网络，完成对针电极肌电信号的运动单位动作电位的模式分类。

Through analyzing the consecutive deconvolved 3-D images of secretory vesicles, we calculated the 3-D diffusion coefficients of vesicles in both resting and stimulated cells, further obtained the relative numbers of released vesicles in readily releasable pool and the rate of recruitment for this pool during certain period after stimulation applied,and analyzed the process of that the filamentous actin regulated the mobility of secretory vesicles.

我们通过对反卷积处理后分泌囊泡的三维动态图像的分析，计算出囊泡在细胞静息和被刺激状态下的三维扩散系数，得到刺激后立即释放库囊泡释放的相对数量和该库的补充速率，并分析了纤维状肌动蛋白对囊泡运动的调控过程。

In such patients dissection and transposition of the distal depressor septi muscles and suturing together of the cut ends reliably and effectively correct this dynamic facial deformity.

在这类病人对降鼻中隔肌进行分离和转位，并将断端可靠地缝合在一起可有效地矫正此种运动性面部畸形。

In such patients dissection and transposition of the distal depressor septi muscles and suturing together of the cut ends reliably and effectively correct this dynamic facial deformity.

在这类病人对降鼻中隔肌进行分离和转位，断端缝合，可有效地矫治这此种运动性面部畸形。

The sinal from the active recording electrode was shunted to another EMG-computer set for analysis of the same motor unit by adding a surface electrode as a reference electrode (monopolar needle recording pattern).

再将主记录电极的讯号经由特制的分流线传至另一套电脑与肌电图机，对同一运动单元电位波作相同次的线上分析，但是以表面电极作参考电极。

It, therefore, suggested that using NIRS, energy metabolic level in local working muscles and anaerobic threshold could be determined, as well as athletes aerobic capacity during submaximal exercise could be evaluated.

结果表明，采用近红外线光谱技术无损伤测定局部工作肌群的代谢水平，评定运动员在次极限运动时有氧工作能力是可行的，它为无损伤测定无氧阈提供了一种新的途径。

Measuring EMG and plantar pressure synchronal and establishing the model of speed skate single step.

同步测量速滑运动肌电与足底压力以及视频信号，建立速度滑冰直道蹬冰单周期模型，揭示运动员身体内、外参数的变化规律。

The results indicated thatthe movement of the patellofemoral joint and tibiofemoral joint occur at two points.

本文采用1000毫安 X 线录像和一维测力仪，观察举重运动员膝关节运动时股四头肌和髌骨所承受的应力。

Under the basis of physiological data, a non-linear and unsteady comprehensive mathematical model of microcirculatory dynamics with distributed parameters is developed. Hemodynamics, interstitium dynamics, lymph dynamics, dynamics of protein transport, oxygen dynamics, dynamics of heat transfer, and myogenic and metabolic regulation procedures are included. The interactions between these factors are comprehensively exhibited. The influences of arteriolar vasomotion and non-linear viscoelasticity of blood in arteriole are considered.

根据微循环系统的生理情况，建立了微循环系统动力学非定常、非线性分布参数模型，包括血液动力学、间质动力学、淋巴动力学、蛋白质传输动力学、氧动力学、热量传输动力学和肌原性与代谢性调控过程，综合反映了它们之间的相互作用，并考虑了微动脉自律运动和血液非线性粘弹性的影响。

Cerebellar central stenosis, known as the cerebellar vermis; both sides of the expansion, called the cerebellar hemisphere.

小脑与低位脑干有双向纤维联系，所以小脑可调节躯体运动，并与前庭核、红核等共同调节肌紧张，调节躯体反射活动。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。