突觸間隙的意思、翻譯和例句

是什麼意思

「突觸間隙」是指神經元之間的空間,當神經信號在突觸處傳遞時,這個空間是非常重要的。在突觸間隙中,神經傳導物質會從一個神經元釋放並傳遞到另一個神經元,從而實現神經信號的傳遞。突觸間隙的大小和性質會影響神經信號的有效性和速度。

依照不同程度的英文解釋

  1. The space between two nerve cells.
  2. The gap where signals travel between nerves.
  3. The area where one nerve communicates with another.
  4. The space for chemical signals to pass between neurons.
  5. The gap that allows neurotransmitters to flow from one neuron to another.
  6. The junction where neurotransmission occurs between adjacent neurons.
  7. The critical space that facilitates communication in the nervous system.
  8. The microscopic region crucial for synaptic transmission.
  9. The specialized intercellular space that plays a pivotal role in neural communication.
  10. The interstitial area essential for the transmission of signals between nerve cells.

相關英文單字或片語的差別與用法

1:Synaptic cleft

用法:

這個詞主要用於神經科學中,指的是兩個神經元之間的微小空隙。在這個空隙中,神經傳導物質從一個神經元釋放,並與另一個神經元的受體結合,從而傳遞信號。這一過程是神經系統功能的基礎,對於學習、記憶和行為都有重要影響。

例句及翻譯:

例句 1:

突觸間隙中,神經傳導物質的釋放是信號傳遞的關鍵。

The release of neurotransmitters in the synaptic cleft is crucial for signal transmission.

例句 2:

突觸間隙的大小可能影響神經信號的傳遞效率。

The size of the synaptic cleft may affect the efficiency of nerve signal transmission.

例句 3:

研究顯示,突觸間隙的變化與多種神經疾病有關。

Studies show that changes in the synaptic cleft are related to various neurological disorders.

2:Synaptic gap

用法:

這個詞與突觸間隙同義,強調神經元之間的空間。在這個空間中,神經傳導物質的釋放和接收是神經信號傳遞的關鍵步驟,影響著整體的神經系統功能。

例句及翻譯:

例句 1:

突觸間隙的化學環境對神經信號的傳遞至關重要。

The chemical environment of the synaptic gap is vital for nerve signal transmission.

例句 2:

科學家們正在研究如何改變突觸間隙的特性以改善神經功能。

Scientists are studying how to alter the properties of the synaptic gap to improve neural function.

例句 3:

突觸間隙的異常可能導致神經系統的失調。

Abnormalities in the synaptic gap can lead to neurological disorders.

3:Neurotransmission space

用法:

這個詞強調神經傳遞過程中,神經元之間的空間。這個空間不僅是物理上的距離,還涉及化學信號的傳遞和接收,對於神經系統的運作至關重要。

例句及翻譯:

例句 1:

神經傳遞空間的研究有助於理解大腦的運作機制。

Research on the neurotransmission space helps to understand the mechanisms of brain function.

例句 2:

在神經傳遞空間中,神經傳導物質的濃度變化會影響信號的強度。

In the neurotransmission space, changes in the concentration of neurotransmitters can affect the strength of signals.

例句 3:

這些研究揭示了神經傳遞空間在學習和記憶中的重要性。

These studies reveal the importance of the neurotransmission space in learning and memory.