神经

The specimen were examined with light and electronmicroscope.Results The metabolism of the denervated muscle was lower than the normal.

结果 去神经后肌肉的代谢降低；移植到有正常神经支配的肌肉内12周后有神经长入。

The nerve conduction velocity could not recorded in denervated Group C.

神经端侧及侧侧吻合后再生的神经在支配肌肉功能上不足以替代原支配神经的功能。

The results indicated that:(1) 4 d or 6 d after denervation, increase of endocyto--sis and proliferation of satellite cells in denervated muscle were induced.(2) Actino--mycin D inhibited activation of satellite cells and endocytosis in normal muscle.

结果表明：(1)去神经4d或6d的肌肉可引起胞纳的增加和卫星细胞的增殖；(2)放线菌素D抑制正常肌肉的卫星细胞激活和胞纳作用；(3)在去神经的肌肉中，放线菌素D抑制了卫星细胞增殖的同时还抑制了胞纳的增加，但不能阻止去神经肌肉的萎缩。

RESULTS: The[99Tcm]-NGF encapsulated in self-made liposomeA presented high radiation in the brain. But[99Tcm] -NGF alone was almost completely excreted through urinary system and[99Tcm] -NGF encapsuled in ordinary liposomeB was mostly phagocytized by liver reticuloendothelial system.

结果：自制注射用脂质体A组包裹的[99Tcm]-神经生长因子经SPECT显像，其在脑部的放射性计数较高，而[99Tcm]-神经生长因子组几乎全部从泌尿系统代谢、[99Tcm]-神经生长因子-普通脂质体B组基本被网状内皮系统吞噬后沉积于肝脏。

The third is how the emission amount is foreknown under the neural network and Genetic Algorithms. The data management of Gas and prediction system will be discussed.

论文在简单介绍神经网络和遗传算法的基本原理后，提出了神经网络和遗传算法的瓦斯涌出量预测方法，将神经网络和遗传算法应用于瓦斯涌出量预测问题。

The paper probes the advantage of information fusion with the fuzzy neural network technique, constructs the two-level FNN. For the CIR problem, the structure and training algorithm of FNN are decided, the input and output of FNN are fuzzed and the algorithm is modified.

本文分析了利用模糊与神经网络集成技术进行信息融合的优越性并构建了二级模糊神经网络融合系统；针对煤岩界面识别的具体问题，确定了模糊神经网络的具体结构和训练算法；对于网络的输入、输出进行了模糊化处理并对算法进行了修正。

Further, a hemagglutination elution test revealed that the 6593S virus was unable to release from hemagglutinated RBC. Through the protein structure modeling, it was suggested that the change in amino acid residue 443 of neuraminidase might alter the neuraminidase catalytic sites.

而进一步透过蛋白质结构模拟分析，可以知道6593S小溶斑病毒神经胺酸酶第443个胺基酸残基的改变，使得小溶斑病毒神经胺酸酶酵素催化位置和唾液酸及神经胺酸酶抑制药物之间结合的键结有所改变，此结果可和实验结果相互印证。

However, models of human innervated and non-innervated blood vessels have seldom been reported, and the regulating mechanism of non-innervated blood vessels is not clear yet.

故研究内皮细胞对血管的调控机制，应该区分所要研究的血管有无神经支配，而目前人体有、无神经支配的血管模型少见报道，有关无神经支配血管的调控机制的报道也为数不多。

Results The trapezius muscle was innervated by the spinal accessory nerve and some of the anterior rami of the cervical plexus.

结果 斜方肌的神经支配来源于副神经占 10 0 %；来源于 C2～ 4神经根及 C5 神经根，分别占 10 0 %、45 %。

The area innervated by the regenerated nerve endings gradually expands. When a nerve, 1 mm in diameter, is implanted into a flap, 3 cm in diameter, innervation will be fully regained 8 months after the operation.

神经植入术后再生末稍支配面积逐步扩大，3 cm直径皮瓣植入1.5 cm长外径为1 mm的神经，术后8 mo可获得充分的神经再支配。

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。