dendrites

About 53% of CGRP ir terminals made asymmetric synapses with GABA ir cell bodies and dendrites and so did 51% of CGRP ir terminals with Gly ir cell bodies and dendrites, the majority of which were axon dendritic synapses and the minority were axo somatic synapses.

约53%和51%的CGRP阳性轴突终末分别与GABA和Gly阳性神经元的胞体或树突形成非对称性突触，其中的多数为轴-树突触，轴-体突触较少。

Malnourished children have smaller brains, fewer neurons and synapses, shorter dendrites and less myelin.

营养不良的儿童有规模较小的脑, 少的神经元和突触的, 短的树突少髓鞘.

The length and arborization of dendrites and dendritic spines can expand the surface area of stimulation that neurons receive, and they play a crucial role in information transmission.

树突的分支、伸展长度及树突棘的数目均可扩大神经细胞接受刺激的表面积，在神经元信息传递、加工和整合过程中起着至关重要的作用。

Some neuroglial spine processes may form junctional connections with the dendrites by punctum adhaerens of the cell adhesion.

有些棘状突起借粘着斑与树突形成细胞间连接。

Synaptogenesis involves extension of neural dendrites , identification of target cells and forming stable synapse.

突触发生中神经元突起通过延伸 、 辨认相应的靶细胞并与其接触形成稳定的突触.

Neuronal dendrites are usually highly branched and the extent of the arborization of the dendritic tree correlates with the number and distribution of inputs that the neuron can receive and process.

神经元树突通常高度分支，与神经元接收和处理信息有关，树突分支的程度与神经元接收信号输入的数量及分布正相关。

While the changes of dendrites and axons, such as morphological characteristics, arborization numbers, and extension directions, can affect the development of the cerebral cortex, as well as influence the physiological functions.

树突和轴突形态、分枝数量和延伸方向的改变会影响大脑皮质的发育，造成皮质功能的混乱，进而引起机体生理功能发生改变。

The amplitude of the fluctuation a has an important effect on interface morphology, when appropriate value is assigned to a, noise can enhance the emergence of side-branches, and form cellular dendrites, the tip velocity must be influenced at the same time;

热扰动幅值α对界面形态也有重要影响，当α取值适当时，便引发侧向分支，形成胞状枝晶；

The secondary dendrites become coarse, and grow competitively during cooling.

二次枝晶在冷却过程中粗化, 并竞争生长.

Electron Microscopic Observation on White Matter Dendrites of Rat Spinal Motoneurons

大鼠脊髓前角运动细胞白质树突的电镜观察

The anisotropy is smaller, smaller the tip velocity is, the side-branches are prone to grow, and form cellular dendrites;

各向异性系数γ越小，尖端生长速度越小，越易于侧向分支的生长，形成胞状枝晶；

Chromatophilic substance is found within the cytoplasm of dendrites.

嗜色质见于树突的细胞质中.

The website offers information about: astrocytes , axons, dendrites, hippocampus , organelles, synapses, 3 D reconstruction, tissue preparation.

中文简介: 神经突触网提供了脑解剖学和3D重建神经组织的免费软件.

Categories and forming mechanism of crystalline particulate and dendrites toughened metallic glass matrix composites are reviewed.

综述了晶态颗粒、枝晶增韧非晶基复合材料的种类与形成机理.

During manufacturing semisolid Al-Mg based alloy by rheocasting of incline cooling and shearing, melt alloy heterogeneously nucleated on the incline-cooling plate surface and was sheared under the gravity force, and alloy microstructure gradually evolves from big net-work composed of equiaxed dendrites to small spherical grain.

倾斜式冷却剪切流变制备半固态Al Mg合金过程中，合金在冷却板表面非均匀形核，并受到重力的剪切作用，合金组织逐渐从粗大等轴晶网络演化为细小的球形晶；

The dendrite growth direction is changed and dendrites are curved in the zone of white band.

白亮带处的枝晶生长方向改变而生成弯曲的枝晶.

The morphology changes of horizontal cell and rod bipolar cell in RCS rats did not affect the lamination of amacrine cells' dendrites in IPL.

RCS大鼠视网膜水平细胞与视杆双极细胞形态的改变未影响无长突细胞的树突在内网状层的分层。

The shape change of zinc electrode and the formation of zinc dendrites in the process of charge/ discharge cycles must be solved when using the charging methods with the third electrode or the bifunctional air electrode.

认为采用第三电极的充电法或双功能氧电极的锌空气电池，须解决充放循环过程中锌电极的变形和锌枝晶问题。

The analysis of the structure and break of the minor diameter cast iron bars shows that developed primary austenite dendrites distribute in framework; With the high-power electron microscope to observe the D-type graphite between dendrites, the graphite is approximately worm-shaped or coral-shaped.

对小直径铸铁型材的组织及断裂行为分析表明：发达的初生奥氏体枝晶呈框架结构分布；枝晶间的D型石墨在高倍电镜下观察石墨的形状近似呈蠕虫状或珊瑚状。

A higher carbon content in the steel was favorable to form short and thick primary dendrites as well as wider primary dendritic arm spacings ( PDAS) and coarsening columnar structure.

碳含量高，容易形成长宽比小的一次枝晶，并且一次枝晶臂间距增宽，容易形成粗大的柱状晶组织；

CONCERNING CONDUCTION AND ELECTRICAL EXCITABILITY IN THE TERMINAL PORTION OF THE APICAL DENDRITES OF THE PYRAMIDAL NEURONS It analyses the coupling relations of the control loops in the AHU and the terminals.

关于锥髓神经原顶端树状突末端部分的传导和电兴奋性具体分析了机组部分和末端部分的控制回路之间的耦合关系；

Neurons are the basic structural and functional units of brain, including the cell bodies and apophyses, and apophyses can be divided into axons and dendrites.

神经元是大脑神经系统结构和功能的基本单位，包括胞体和突起两部分，而突起又可以分为轴突和树突。

Type I cells have a prominent axon and dendrites which often appear to be short and thick.

Ⅰ型细胞有一条细长的轴突和许多短而粗的树突、为多极神经元。

Neurons possess an innate tendency to extend branched projections from the cell body known as dendrites.

神经元有一种先天的倾向性，从名为树突的细胞体上伸展出树枝状的突出。

Additionally apses between degenerated terminals and NTLIcontaining dendrites also exist in the spinal dorsal horn.

此外,脊髓后角内还存在变性终末与含NTLI树突形成的轴树突触.

An neuron can have one or several dendrites.

一个神经元有一个或数个树突.

To solve the problem how to produce iron castings having hi-strength and thin-sections namely how to increase quantity of dendrites, how to reduce size of eutectic cells and graphite flakes, as well as how to strengthen the matrix under the condition of relatively high carbon equivalence.

要解决铸铁高强度化、薄壁化的问题，就是要在较高碳当量条件下，增加枝晶数量、细化共晶团、细化石墨和强化基体。

The dendrites of CCK-neurons might also received afferent autoregulatory synapses from other CCK-nerve terminals;

CCK神经元的树突还可接受其他CCK神经末梢的传入性自调节突触；

According to the results of DSC and microstructure analysis, the more Al content, the higher melting point of the alloy, but the more α phase dendrites, the less eutectic cementite.

从差示扫描量热分析和显微组织得出：随含铝量的增加，合金的熔点提高，α相枝晶增多，晶间的共晶体减少。

The results show that the TiC laser clad layer is divided into two regions: clad zone and dilution zone. Clad zone which is not diluted by substrate is made up of TiC particles and TiC dendrites;

结果表明：TiC激光熔覆层分为熔覆区和稀释区两个区域，熔覆区未受到基底的稀释，由TiC颗粒和TiC树枝晶组成；