神经细胞的长管状膜携带电脉冲。
The long, tubular membranes of nerve cells carry electrical impulses.
像许多其他影响神经元放电的物质一样，腺苷必须首先与神经元膜上的特定受体结合。
Like many other agents that affect neuron firing, adenosine must first bind to specific receptors on neuronal membranes.
它由星形细胞瘤，少突胶质细胞瘤，室管膜瘤发展而来，它们是由神经外胚层细胞诱导的。
It developed from astrocytoma, oligodendroglioma, ependymoma, which were induced by neural ectoblast.
第四度损伤包括神经内膜、神经周膜和神经外膜的损伤。
Fourth degree injury includes damage to the endoneurium, perineurium, and epineurium.
腘窝肿块是最常见的腘窝滑膜囊肿，但是腘窝神经鞘瘤也是需要考虑的一种疾病。
The most likely cause of a popliteal mass is a Baker's cyst, but one must consider soft tissue tumors also.
此外，脑组织内含有许多可氧化的物质，特别是绕在神经细胞周围的脂肪膜。
Moreover, brain tissue contains a great deal of oxidisable material, particularly in the fatty membranes surrounding nerve cells.
视网膜是眼睛的“运作终端”，膜上的神经细胞将进入眼球的光转化为电信号和化学信号，然后经过视觉神经传输给大脑。
The retina is the "business end" of the eye, where nerve cells convert light into electrical and chemical signals that are sent to the brain down the optic nerve.
当大量带电原子或离子出入神经元时，会产生微小的跨膜电势，同时神经元放电。
Neurons fire when electrically charged atoms – ions – flood in and out of them, creating a tiny electric potential across their membranes.
答：来自神经系统的肾上腺激素“着陆”到心脏肌细胞的受体，这使得这些肌细胞的膜中的钙通道打开。
A: Adrenaline from the nervous system lands on receptors of cardiac myocytes (heart-muscle cells), and this causes calcium channels in the membranes of those cells to open.
最后研究了脉冲神经膜系统的计算有效性。
Finally, the computational efficiency of spiking neural P systems is investigated.
本文用双隐层BP人工神经网络建立了丝杆螺母副表面边界膜温度特性的磨损自补偿数学模型。
The BP neural network used in the temperature characteristic of the boundary film on the screw-nut pairs surface in the wear-self-compensation system was established.
方法：膜片钳全细胞记录测量原代培养大鼠海马神经元膜的钾离子电流。
Methods: The potassium currents of rat hippocampal neurons in primary culture were measured with patch clamp whole cell recording.
目的提高对盆腔神经鞘膜瘤诊断与治疗的认识。
Objective To improve the diagnosis and management of peripheral nerve sheath tumor of the pelvic.
与神经递质代谢有关的酶、与旨类代谢有关的酶、与细胞分泌及膜活动有关的酶在神经组织中含量最高。
Some enzymes related to neurotransmitter metabolism, lipoid metabolism, cell secretion or membrane activity were the greatest in nerve tissue.
结论：鹿茸多肽-PLGA复合膜可提高大鼠周围神经损伤修复后的疗效。
Conclusion Velvet antler polypeptides-PLGA compound membrane can elevate the curative effect of rehabilitation of injured peripheral nerves.
如果修复被压垮的壳聚糖膜，然后脊髓组织将不染，但如果没有壳聚糖，脊髓神经细胞会被淹没的荧光染料。
If the chitosan repaired the crushed membranes then the spinal cord tissue would be unstained, but if the chitosan had failed, the spinal cord neurons would be flooded with the fluorescent dye.
脊髓室管膜的PVN传出纤维可能向脑脊液中释放神经激素，从而对脊髓发挥调节作用。
The efferent fibers which projected from PVN to ependyma of the spinal cord perhaps released neurohormones into cerebrospinal fluid, thus having effects of regulation on the spinal cord.
多发性的脊膜瘤可能也伴有神经纤维瘤病。
Multiple meningiomas may also be associated with neurofibromatosis.
结论：CT不仅能诊断腰椎退变性滑脱症，而且还能显示硬膜囊和神经根的改变。
Conclusion: CT can not only diagnose lumbar degenerative spondylolisthesis but also show the changes of dural sacs and nerve roots.
目的调查人颈髓神经根硬膜性被膜内神经末梢的数量分布，探讨颈神经根性疼痛的发病机制。
Objective To find out the distribution of nerve endings in the dural sheath of cervical nerve roots and to study the mechanism of cervical radicular pain.
结论：该方法所制备的去细胞神经移植物神经膜管结构保存完好，有良好的组织相容性，可能成为自体神经移植的替代材料。
CONCLUSION: the acellular nerve grafts possess well-conserved structure of neurilemma tube and excellent histocompatibility, and is the possible replaced material for autologous nerve graft.
作者对人工神经网络在膜污染中的应用进行了较为全面的综述，并指出了其在膜生物反应器膜污染研究中的应用前景。
A critical review on the potential application of artificial neural network in membrane fouling research is given, and the prospect of artificial neural network in membrane bioreactor is pointed out.
使用神经牵引器轻柔的牵拉与保护硬膜囊与神经根。
The thecal sac and nerve root are then gently retracted and protected with a nerve retractor.
最易误诊为滑膜肉瘤的肿瘤是恶性周围神经鞘膜瘤，占31 .8%。
Most of the cases mistaken as synovial sarcoma were MPNST that accounted for 31.8%.
目的：研究脊髓背角胶质层神经元在超极化脉冲刺激下的细胞膜反应性，揭示神经元在超极化状态下膜的基本性质。
AIM: to research the reactivity of substantia gelatinosa neurons of the spinal dorsal horn of rats after hyperpolarization pulse stimulations and to reveal the intrinsic properties.
目的：研究脊髓背角胶质层神经元在超极化脉冲刺激下的细胞膜反应性，揭示神经元在超极化状态下膜的基本性质。
AIM: to research the reactivity of substantia gelatinosa neurons of the spinal dorsal horn of rats after hyperpolarization pulse stimulations and to reveal the intrinsic properties.
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