EPSP

This paper presents the design of a common engineering model framework for use in EPSP .

基于组件分解和标准化接口，提出了EPSP中所用的工程模型架构的设计。

Development on Property of EPSP Synthase and Its New Inhibitors

EPSP合成酶的特性及新抑制剂的研究进展

The wavelet entropy was used to explore the information contained in the EPSP .

应用小波熵研究了EPSP所包含的信息。

Establishment of High Efficient Transformation of Rice and Abecedarian Study on EPSP Gene Transformation to Rice

农杆菌介导的水稻高效转化系统的建立和水稻转EPSP基因的初步研究

Purification of EPSP Synthase from Bean Seedlings and Its Properties

菜豆幼苗EPSP合成酶的分离纯化和它的部分性质

The different latency of EPSP in each channels determine the effect of integration of information on synapse .

不同通道EPSP的延时的差异决定了突触上信息整合的效果。

The results indicated that the optimal pH and temperature of EPSP synthase were 7.2 and 30 ℃ respectively .

结果显示，该酶反应的最适pH值为7·2，最适温度为30℃。

Recently the effect component emodin suppressed the amplitude of the EPSP in CNS .

近期研究发现大黄有效成分大黄素对中枢兴奋性突触后电位波幅具有明显抑制作用。

EPSP provides a flexible environment for defining , modifying and simulating the component-based propulsion models .

EPSP提供了一个灵活的仿真环境，可以定义、修改和仿真基于组件的推进系统模型。

Origin of the Spinal pre EPSP in Mauthner Cell

Mauthner细胞脊髓EPSP前电位起源分析

The different latency of EPSP in each channels , in theory , is the smaller to get the better effect of integration of information .

对于延时，理论上是越小，信息整合效果越好。

A Quantitative Procedure for Analyzing EPSP Transmission along the Ventral Dendrite of the Teleost Mauthner Cell

兴奋性突触后电位沿树突传输的定量分析方法

Purification and Preparation of EPSP Synthase

EPSP合成酶的纯化与制备

Cloning and Prokaryotic Expression of EPSP Synthase Gene cDNA of Allium macrostemon Bunge

薤白EPSP合成酶基因cDNA的克隆与原核表达分析

The frequency of excitatory postsynaptic potential ( EPSP ) was also increased in rat brain neurons exposed to Pys .

此外，Pys可引起兴奋性突触后电位（EPSP）频率的增高。

The study also indicates that the wavelet entropy can characterize the information in EPSP signals thoroughly and reflect the changes of neural excitability sensitively .

研究表明，小波熵能较全面地表征EPSP信号特征，比传统参数更具代表性，并能较灵敏地反映神经元兴奋性改变，较好地反映神经元间的信息传递。

The EPSP synthase is a necessary enzyme of the shikimate pathway and it is very conservative .

EPSP合成酶是莽草酸途径的一个关键酶，其成熟蛋白在进化中极为保守。

AROM protein has been purified from Sclerotinia sclerotiorum and the EPSP synthase has been analyzed .

纯化了核盘菌AROM蛋白并对EPSP合酶进行了酶学特征研究。

According to the simulation results , the number of synapses and the different latency of EPSP in each channels play roles in the integration of auditory information .

根据模拟实验结果，得到了突触上信息整合与突触数目的多少和不同通道EPSP延时不同的关系。

Transformation of EPSP Synthetase Gene from Allium macrostemon Bunge into Tobacco and Improvement of Resistance in Transgenic Plants to Glyphosate

薤白EPSP合成酶基因转化烟草提高其草甘膦抗性

Site-directed Mutation and Expression of EPSP Synthase Gene cDNA of Allium Macrostemon Bunge and Its Resistance to Glyphosate

薤白EPSP合酶基因cDNA定点突变、表达及草甘膦抗性的研究

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 .

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。

The EPSP from the homologous channel and the heterologous channel will superimpose . The integration of signal of different frequency channels determines the responses of neurons .

同源与异源上传反应产生的EPSP会发生叠加。这种不同频率通道的信息整合决定了神经元的反应。

The results showed that pre EPSP with maximal amplitude was recorded at the soma , from where its amplitude decayed progressively along the lateral dendrite .

结果表明，前电位的幅度在胞体处最大，沿外侧树突逐渐衰减，其衰减过程与逆向动作电位的衰减过程相似。

EPSP has a friendly GUI for easily modifying parameters of the components . EPSP enables users to customize and extend the framework to add new functions or adapt simulation behavior as required .

EPSP具有友好的图形化界面，可以方便地修改推进系统各部件的参数，用户可以进行定制和扩展，以增加新功能或者适应所需的仿真行为。

By contrast , Bom receptor desensitization can also abolish or markedly attenuate ls EPSP in Bom sensitive neurons , but had no effect on SP mediated depolarization .

Bom受体脱敏可使Bom敏感细胞的lsEPSP阻抑，但对SP受体去极化无影响。

Objective : To investigate the effects of desensitization of substance P and bombesin ( Bom ) receptor on ls EPSP in neurons of guinea pig inferior mesenteric ganglion .

目的：探讨豚鼠肠系膜下神经节（IMG）细胞铃蟾肽（bombesin，Bom）、P物质（SubstanceP，SP）受体间相互作用及对迟慢兴奋性突触后电位（lsEPSP）的影响。

Cytosolic precursor , the pre EPSP synthase , becomes mature EPSP synthase after a cut process of the amino terminal transit peptide of cytosolic precursor in the chloroplast .

高等植物前体EPSP合成酶进入叶绿体后，经剪切而成成熟EPSP合成酶并定位于叶绿体内质膜上；

The cerebellum-evoked EPSP presented characteristics of relatively short latency ( 0.63 + 0.09 ms ), longer duration ( 5.49 ± 1.13ms ), graded amplitude and dependence on stimulation frequency .

小脑诱发性EPSP潜伏期较短（0.63±0.09ms），持续时间较长（5.49±1.13ms），幅度分级和刺激频率依从等特征。

OBJECTIVE To observe the effect of electrical acupuncture on long-term potentiation ( LTP ) of excitatory postsynaptic potential ( EPSP ) of normal rats and rats with hypomnesia induced by scopolamine .

目的观察电针对麻醉状态下正常和东莨菪碱引起的学习记忆减退模型大鼠海马突触EPSP长时程增强（LTP）的作用。