synapses
美 ['sɪnæps] 
英 ['saɪnæps]
- n.“synapse”的复数；“synapsis”的复数
- 网络突触；神经键；神经突触网
词形变化
现在分词：synapsing 过去分词：synapsed 单数：synapse
英汉解释
英英解释
例句
The wiring diagram for the gap junctions is quite different from that of the synapses.
缝隙连接的接线图和突触的接线图非常不同。
And sixth, these modular genes seem to be involved in the crucial job of linking nerve cells together through junctions called synapses.
其六，这些模块化的基因似乎涉及了一项重要任务——通过被称作神经突触的区域将神经细胞连接起来。
At the end of the brain cells of these tiny gap between known as synapses .
大脑细胞末端之间的这些微小缝隙被称为突触。
Burst synchronization and burst dynamics of a system consisting of two map-based neurons coupled through chemical synapses were studied.
本文研究了经化学突触耦合的两个神经元的簇放电同步以及耦合后神经元的簇放电动力学性质。
In the first three years of his or her life, a child builds approximately 1 trillion synapses.
在孩子的头3年里，他要建立大约1兆神经突触。
In the first year or two of life -- when autism symptoms appear _ synapses rapidly form and mature, and unnecessary ones are "pruned" back.
在生命的最初一两年中——当孤独症症状出现时——突触迅速形成和成熟，无用的突触会被剪除。
For this to happen, neurons must be connected in a certain way by chemical junctions called synapses .
为了做到这点，神经细胞必须通过叫做“神经突触”的化学接口以某种方式联接起来。
but the synapses take a bit longer for that.
但是那会久一点
To understand vision, one has to go beyond just simulating neurons and synapses, Bettencourt notes.
为了了解视觉，Bettencourt指出要模拟除神经细胞和神经键之外的东西。
In the brain, parts of nerve cells and single synapses are often enclosed by star-shaped cells, the astrocytes.
在大脑中，一部分神经细胞和单个的神经突触经常附着的星状细胞，也就是星形胶质细胞上。
The key, he says, is not the neurons but the synapses, the electrical-chemical-electrical connections between those neurons.
他表示，关键在于突触，而不是神经元，神经元之间是通过电学-化学-电学的连锁反应进行联系。
The types of synapses and synaptic ultrastructures of the rostrolateral area of G. gecko are the same as that of diurnal reptile.
蛤蚧此区突触类型及超微结构与昼行爬行动物的相同。
So by understanding the initial development of synapses, we may also be getting at the molecular mechanisms underlying plasticity.
因此通过理解突触的原始发育情形，我们也可能得以了解作为可塑性基础的分子机制。
The proteins are located in the synapses, those specialized parts of neurons that allow brain cells to communicate with other neurons.
这些蛋白质生长在一些大脑神经键上这些大脑神经终端是负责大脑细胞相互沟通联络的特殊的神经元。
When synapses fire, they release electrical pulses that move through the body.
当突触受到刺激时，它们释放出电脉冲在体内运动。
In contrast, chemical synapses are capable of more variable signaling and thus can produce more complex behaviors.
相反，化学突触具有制造出多变信号的能力，因此，它能制造出很多复杂的信号。
To consolidate a memory, a cascade of electrical pulses fire across the gaps between neurons, called synapses.
为了巩固记忆，一连串的生物电流通过了神经元之间的鸿沟，称作突触。
The brain is the most complex organ in the body with millions of nerve cells connected by billions of synapses.
大脑是人体最复杂的器官，其中有数十亿突触将数百万个神经细胞连接成一个整体；
Almost all theories of memory propose that memory storage depends on synapses , the tiny connections between brain cells.
几乎所有的理论都是记忆储存取决于神经键和脑细胞之间的细微联系。
You will discover that you do have a fine working brain, as new synapses are developing in your brain.
当新的突触在头脑中成长，你将发现你拥有良好运作的头脑。
Sometimes it may take several synapses to convey just one piece of information.
有时候，多个突触可能用于传输相同的信息。
In "Schools, Skills and Synapses, " Heckman probes the sources of that decline.
Heckman在《学校、技能和突触》中探寻这一数值下降的根源。
Moreover, synapses are found to be newly formed upon activity or abandoned upon inactivity.
而且，突触被发现新近当活动时形成或者被在不活动性上抛弃。
Information transfer at chemical synapses occurs when vesicles fuse with the plasma membrane and release neurotransmitter.
信息传输时，就会发生化学突触囊泡融合与质膜和释放神经递质。
Over the course of the day, there is a net increase in the strength and number of the brain's synapses.
一天之中大脑突触的数量和连结强度都有净增长。
Conclusion: Intermediate synapses are mainly synapses , simple and complex synapses are assisted synapses .
单纯型和复杂型突触为辅助型突触；
Electric synapses are found mainly in invertebrates and lower vertebrates; they transmit messages faster than chemical synapses.
生物电性突触多见于无脊椎动物或低等脊椎动物，其传递讯息快于化学性突触。
Of course, old geezers can still learn, but they are engaged in a different kind of learning involving the synapses directly.
老狗当然还是可以学会新把戏，但那是与突触直接有关的不同类型学习。
The results showed that the remarkable pairing-pulse facilitation was induced by paired-pulse stimulation at HVC-RA synapses.
配对脉冲检测发现，HVC-RA突触传递具有明显的配对脉冲易化特性。
Silent synapses abound in the young brain, representing an early step in the pathway of experience-dependent synaptic development.
沉默突触在很多年轻的大脑，即早期的步骤，途径的经验依赖性突触的发展。
Having fewer synapses can alter the way information is processed in the young animals, and would make these brain areas perform abnormally.
拥有较少的神经突触会改变信息在幼崽脑中处理的方式，并将使这些大脑区域运行异常。
A knoblike enlargement at the end of an axon, where it synapses with other neurons.
突触小结轴突末端的球状神经原增大，在此与其它神经元接触
networks, which, by changing the strength of the synapses between cells, can process information, and learn.
神经元组形成庞大的网络，通过改变细胞之间神经键的强度，达到处理信息和学习的目的。
Experimental analysis in the hippocampus and the neocortex reveals that synapses among these interneurons are highly specialized.
进一步的计算分析表明，突触专业化轮流中间网络纳入强劲伽玛频率振荡器。
Allow these synapses to gradually enter the brain and then enter a little more quickly, then even more quickly. . .
容许这些神经元逐步地进入大脑、然后再稍微迅速的进入多一些，之后更加迅速。
As people learn the synapses--interconnections between brain cells-- are reinforced creating a complex network of associations.
人们学习的时候，神经元突触枣大脑细胞的互相连接枣进一步加强，形成一个复杂的关联网。
second, activity-dependent synaptic plasticity is a prominent feature of hippocampal synapses.
第二，活动依赖的突触可塑性是一个突出的特点海马突触。
In humans, these synapses seem to change throughout our lives as we learn new information.
人类的这些突触似乎会在我们整个生命中，随着我们学习新信息而发生改变。
The brain is the most complex organ in the body with millions of nerve cellsconnected by billions of synapses.
大脑，拥有数百万计的神经细胞以及数十亿计将它们联系起来的神经突触，是人体中最复杂的器官。
One possibility: Dreaming exercises brain by stimulating the trafficking of synapses between brain cells.
一种可能是：做梦过程中通过刺激大脑分子间的信息神经键对大脑进行锻炼。
