If you're thinking cerebrum. Oh, synapse, I think neuron to something.

如果你在想大脑、突触，想是神经元。

I'm talking about the synapse — the meeting point between two neurons.

说的是突触——两个神经元之间的交汇点。

I think it was quitting smoking that slowed me down; nicotine is a great synapse enhancer.

想大概是戒速度减慢了；尼古丁在加强神经突触活动方面功效很强。

To distinguish the kind of synapse and precisely how strong each synapse is, we'll need even better resolution.

为了区分突触的种类以及每个突触的强度，们将需要更好的分辨率。

One neuron can then pass that signal to the next at a synapse by way of chemical neurotransmitters.

此后，个神经元可以把信号传递到下个神经元的神经突触。传递通过化神经递质实现。

First, they had to deliver a controlled flow of glutamate to the particular synapse they wanted to test.

首先，他们必须向想要测试的特定突触输送定量的谷氨酸。

The serotonin molecules diffuse across the synapse and bind to their receptors on the neighboring neuron, transmitting the signal.

5-羟色胺分子通过突触扩散，并与邻近神经元上的受体结合，传递信号。

The two neurons communicate at the synapse, where one neuron sends neurotransmitters to the next neuron.

如图这两个神经元在突触处进行信息传递，由个神经元将神经递质传递给下个神经元。

After leading to a glomerulus, these neurons synapse with mitral cells, which go on to send signals to the brain.

在通过肾小球后，这些神经元与二尖瓣细胞突触，二尖瓣细胞继续向大脑发送信号。

Some kinds diffuse back across the synapse and are immediately re-absorbed by the sending neuron, in a process called reuptake.

有些种类在突触中扩散回来，并立即被发送神经元重新吸收，这过程称为再摄取。

To detect a synapse, we'll need to scan at a resolution of about a micron — a thousandth of a millimeter.

要检测突触，们需要以大约微米的分辨率进行扫描——千分之毫米。

The neurotransmitters travel across the synapse and bind to receptors on the postsynaptic neuron, where they give the cell a message.

神经递质经过突触间隙与突触后神经元的受体结合，给突触后神经元提供信息。

Although the exact mechanism is unknown, repeated firing of neurons causes changes in the synapse, which interferes with normal impulse conduction.

虽然确切的机制尚不清楚，神经元的反复放电会引起突触的变化，从而干扰正常的脉冲传导。

The word " synapse" comes from the Greek for " to clasp or join." It's basically a junction or a crossroads.

“突触”这个词来自希腊语，意思是“扣合或连接”。它基本上是个交叉点或十字路口。

You have that single neural connection, that one synapse.

你有那个单的神经连接，那个突触。

The point of connection, this space circled in red, is called the synapse.

连接点， 这个用红色圈起来的空间，被称为突触。

Every synapse in entire human brain, for everyone on earth.

整个人类大脑中的每个突触， 适用于地球上的每个人。

Each connection between nerve cells, called a synapse, is a tiny gap between the ends of branches ramifying from such cells.

神经细胞之间的连接被称为突触，突触是神经细胞末梢的分支之间的微小间隙。

The synapse is where neurotransmitters are released.

突触是释放神经递质的地方。

Coming up from the eyes, you make a synapse here.

从眼睛向上，你在这里形成个突触。