synaptic plasticity造句

• The effects of metabotropic glutamate receptors in synaptic plasticity
  代谢型谷氨酸受体在突触可塑性中的作用研究进展
• The related substance of synaptic plasticity and its change after cerebral ischemia
  突触可塑性相关物质及其在脑缺血后的变化
• Effects of electroacupuncture on synaptic plasticity of hippocampal neurons in model rats with alzheimer disease
  电针对阿尔茨海默病模型大鼠海马神经元突触形态可塑性的影响机制
• Postsynaptic calcium pathway contributes to synaptic plasticity between cones and l - type horizontal cells of the retina
  突触后钙通路有助于视网膜视锥与l型水平细胞之间的突触可塑性
• Influence of tiantai no . 1 recipe on synaptic plasticity of the hippocampal ca1 region of spontaneous alzheimer disease models : quantitative research of ultrastructure
  1区分子层突触可塑性的影响超微结构定量研究
• In the present work , we investigated the synaptic plasticity and neural circuitry in the outer retina using the electrophysiological method and model analysis
  本论文从实验和模型两方面研究了视网膜外网状层的突触可塑性和神经元回路。
• Liu qian , supervisor : wang huai - jing . title : effect of cuzhifang on ethology and synaptic plasticity in hippocampus of aged learning and memory impaired rate
  刘谦，导师：王怀经教授。论文题目： “促智方对老年学习记忆减退大鼠行为学及海马突触可塑性的实验研究” 。 2001 - 2004 。
• We have used a theoretical " learning rule , " devised to account for experience - dependent shifts in neuronal selectivity , to guide experiments on the elementary mechanisms of synaptic plasticity in hippocampus and neocortex
  实验解果显示，许多大脑海马回与新皮质突触可进行双向性改变，且此变化可长达帮助长期记忆储存的功能。
• Intracellular ca2 + serves as a ubiquitous second messenger in nerve cells . fluctuations of [ ca2 + ] termed " calcium signals " regulate a variety of intracellular events such as excitability , neurotransmitter release , synaptic plasticity , gene expression , development and differentiation
  神经细胞内钙离子不仅是一种重要的第二信使，而且对神经细胞的其它功能也具有重要的调节作用，因此，有必要在完整神经细胞上准确测定钙离子的动态变化、运动方式及梯差分布。
• A change in functional properties of the nmda receptors has been invoked as a potential mechanism contributing to the loss of synaptic plasticity during brain maturation . from this , it is important to well understand the structural and functional diversity of nmda receptors in relation to nmda receptor subunit composition and spatial distribution at excitatory synaptic sites during development
  近几年来，在哺乳动物中枢神经系统中，对离子型谷氨酸受体如何定位到兴浙江大学医学院硕士论文nrzb亚单位的c末端胞内区影响n协da受体装配、运钧以及表面表达的分子机制奋性突触的研究有了长足的发展。
• Take charge of 《 eeffect of sodium cytidine triphosphate on synaptic plasticity in the focal cerebral ischemia in rats 》 and 《 study of anatomical factors on cervical spondylosis of nerve root type 》 , which won second prize of science and tenology in chengde ; and 《 study of anatomical factors on cervical spondylosis of nerve root type 》 won third prize of the department of science and technology in hebei province as well
  主持的《三磷酸胞苷二钠促进局灶性脑缺血大鼠突触重塑研究》获承德市科技奖二等奖； 《神经根型颈椎病解剖因素研究》获承德市科技奖二等奖，同时获河北省科技厅三等奖。
• Using this system , we have studied matrine - inhibittory effect and trifluoperation - neuroprotection effect in hippocampal slices , also discussed the mechanism of long - term potentiation using anesthetic rats . the experiment results showed that matrine can inhibit the hyperactivity induced by penicillin sodium in dosage by changing the relative parameters of field potential ; trifluoperation can alter ps change with the time , enhance the degree and the ratio of ps recovery , then minis the hypoxic injury ; high frequency stimulate can increase ps amplitude and epsp slope for long time , buildup the in / out function of nerve cells , and enhance synaptic plasticity
  结果表明，苦参碱能够剂量依赖性地抑制青霉素诱导的神经元顺向信号传导激活过程，使细胞外记录到的场电位各个参数发生相应改变；三氟拉嗪可以改变ps的时相变化，提高ps的恢复程度和恢复率，减小了神经元因缺氧引起的不可逆损伤；高频刺激( highfrequencystimulate ， hfs )可以长时间的增强ps的幅度和epsp的斜率，进而增强神经元的输入输出功能，增加了突触的可塑性。