claustral

claustral的音标是["klɔːstərl]，意思是围绕的、集中的。

速记技巧：cl-字母联盟，ou-字母组合ou的发音，-r联盟成员，al-结尾时常用。

Claustral 的词源是拉丁语 claustrum，意为“密室，囚室”。它通过借用进入英语后，用来形容某些宗教或神秘组织的秘密聚会场所。

变化形式：词形变化上，它通常加后缀 -al 或 -an，表示状态或场所。例如，claustral room 意为“密室般的房间”，claustral chapel 意为“密室小教堂”。

相关单词：

1. cloister：意为“修道院的回廊”，源于拉丁语 cloisterium，表示修道院的建筑结构。

2. cell：意为“单间牢房”，源于希腊语 kaleo，意为“分离，隔开”。

3. hermitage：意为“隐士住所”，源于希腊语 hermaios，意为“神圣的，神圣的住所”。

4. grotto：意为“洞穴”，源于希腊语 gruotos，意为“洞穴”。

5. crypt：意为“地下室”，源于拉丁语 crypte，意为“地下墓穴”。

6. chapel：意为“小礼拜堂”，源于法语 chapelier，意为“小教堂的建筑师”。

7. enclosure：意为“围场”，源于拉丁语 encirro，意为“围住”。

8. prison：意为“监狱”，源于拉丁语 prīmus 和 cella 组合而成的 prīsus cella，意为“第一牢房”。

9. cellar：意为“地下室”，源于法语 cellotier，意为“酿酒的人”。

10. dungeon：意为“地牢”，源于法语 dunjon，意为“地下室”。

以上这些单词都与 claustral 有一定的关联，并且都与密室、囚室等封闭空间有关。

常用短语：

1. claustral cell 紧邻细胞

2. claustral layer 紧邻层

3. claustral process 紧邻过程

4. claustral synapse 紧邻突触

5. claustral cell layer 紧邻细胞层

6. claustral synapse layer 紧邻突触层

7. claustral-like cells 类似紧邻细胞

双语例句：

1. The neurons in the claustral layer are responsible for controlling movement. (紧邻层的神经元负责控制运动。)

2. The claustral synapses allow information to be transmitted quickly between cells. (紧邻突触允许信息在细胞之间快速传递。)

3. The claustral cell is a type of cell that is found in many tissues throughout the body. (紧邻细胞是一种存在于身体许多组织中的细胞类型。)

4. The claustral layer is a thin layer of tissue that covers the surface of the brain and helps regulate nerve signals. (紧邻层是一层薄薄的覆盖在大脑表面的组织，有助于调节神经信号。)

5. The process of synapse formation is known as claustral, and it involves the exchange of chemical signals between cells. (突触形成的过程被称为紧邻过程，它涉及细胞之间化学信号的交换。)

6. Claustral synapses are important for maintaining the stability of neural networks. (紧邻突触对于维持神经网络的稳定性非常重要。)

7. Claustral-like cells are often found in regions of the brain that control emotion and behavior. (类似紧邻细胞通常在控制情感和行为的脑区中发现。)

英文小作文：

Claustral synapses are essential for maintaining the stability of neural networks, which are crucial for our cognitive functions and behavior patterns. These synapses allow information to be transmitted quickly between cells, and they are responsible for maintaining the balance of neural activity within the brain. Without claustral synapses, our cognitive abilities would be significantly impaired, leading to various neurological disorders and diseases.

In addition to their role in maintaining neural network stability, claustral synapses also play a significant role in memory formation and retrieval. When we learn new information, synapses are formed between neurons that allow for the storage and retrieval of that information. These synapses are crucial for our ability to recall memories and navigate through our experiences, which is essential for our cognitive development and social interactions.

Moreover, claustral-like cells are found in regions of the brain that control emotion and behavior, such as the amygdala and prefrontal cortex. These cells are involved in the processing of emotional stimuli and the regulation of behavior, which is crucial for our social interactions and mental health. Understanding the role of claustral synapses and cells in neural networks will undoubtedly lead to advances in neuroscience research and treatment methods for neurological disorders and diseases.