痉挛

Selective dorsal rhizotomy has become a therapeutic intervention for spastic children in recent years.

近年来，选择性背根神经切除术已普遍的运用於痉挛性脑性麻痹充童之治疗上。

Objective: To discuss the application of selective posterior rhizotomy and additional surgical methods to treat adult spastic limbs secondary to cerebral vascular accident.

目的 探讨成人中风肢体痉挛瘫的选择性脊神经后跟切断术及相应的附加手术治疗方法。

Methods:8 patients were treated with selective posterior rhizotomy and soft-tissue procedures.

采用颈后路切断颈神经后根和软组织矫形术治疗8例上肢痉挛性脑瘫。

It is effect that the selective posterior rhizotomy and soft-tissue procedures were treated spasticity of upper limbs of cerebral palsy.

选择性颈神经后根切断术和软组织矫形术能有效地治疗痉挛性脑瘫。

High alternative rhizotomy can effectively relieve convulsion of lower limb,decrease muscles of lower limb.

高选择性腰脊神经后根切断术能够有效地解除下肢痉挛，降低下肢肌张力。

Selective brachial plexus and lumber nerve roots rhizotomy is a good and effective method to reduce spasticity of upper extrimity.

我们根据臂丛神经功能解剖特点首创设计了选择性臂丛神经根切断术和选择性腰骶神经根切断术治疗脑瘫引起的上、下肢痉挛，取得明显疗效。

Effects of selective dorsal rhizotomy on gait i n children with cerebral palsy.

脊神经前根选择性切断治疗痉挛性脑性瘫痪。

Objective: To summarize the long time effect of Selective Posterior Rhizotomy in treatment of spastic cerebral palsy and the functional ameliorate of extremities by a 10-year follow-up.

目的：以随访方式对选择性脊神经后根切断术解除脑瘫痉挛，改善功能进行疗效观察。

Abstract］ Objective To explore the use of TCD ultrasound to examine the rhombencephalon SAH after severe traumatic brain injury altered hemodynamics.

目的 探讨经颅多普勒超声检测重型脑外伤病人蛛网膜下腔出血致脑血管痉挛的血流动力学变化。

Spontaneous electrical rhythmicity in cultured interstitial cells of cajal from the murine small intestine.

在痉挛段ICC形成的网络状结构不明显或消失，提示ICC之间及其与平滑肌细胞的电藕联遭到破坏。

Recall that, in the Kolmogorov axiomatization, measurable sets are the sets which have a probability or, in other words, the sets corresponding to yes/no questions that have a probabilistic answer.

延期开工的Kolmogorov宣布要衡量所有套职能有限许多坐标限制在于衡量子寅。换句话说，如果是/否的问题回答f可看的价值观念在许多最有限坐标，然后它有一个概率的答案。

The experimental results showed that the algorithm can filter singular points and remain fixity of the target edge.

实验表明：基于模糊理论的图像智能滤波方法比常规图像滤波方法运算量小，它既能去除奇异点，又能保持图像中目标的边缘不变性，具有很好的滤波效果。