agglutinating

agglutinating的音标是[ə"gluːtɪneɪtɪŋ]，含义是adj. 粘着的；胶合的；聚集的。速记技巧是利用一些特殊的规则或方法来快速记忆信息。例如，利用数字代码、口诀、联想记忆等方法来简化复杂的信息，使其易于记忆。此外，还可以使用一些记忆技巧来加强记忆，例如将信息与已知的事物联系起来，以便更好地记住它。

Agglutinating这个词的词源可以追溯到拉丁语和希腊语，意为“粘附”或“聚集”。它的主要含义是指一种将不同物质或不同粒子聚集在一起的过程。

变化形式：在词形上，agglutinating通常没有明显的变化形式，它是一个动词形式，表示聚集或粘附的动作。

相关单词：

1. Agglutination - 聚集，粘附：这是一个名词形式，表示聚集或粘附的结果。

2. Adjacent - 相邻的：adjacent与agglutinating有很强的关联性，因为它描述的是两个物体或粒子在空间上的位置关系，即它们是相邻的。

3. Conjunction - 连接词：conjunction在语义上与agglutinating有相似之处，因为它用于连接不同的词、短语或句子。

4. Cohesion - 内聚力：cohesion也是一个与agglutinating相关的词汇，它描述的是物体或粒子之间的内在吸引力，使其保持在一起。

5. Agglutination-like - 类似聚集的：这个形容词形式用来描述与聚集过程相似的现象或过程。

6. Agglutination-resistant - 抗聚集的：这个形容词形式用来描述对聚集有抵抗力的材料或系统。

7. Agglutination test - 聚集试验：这是一个名词，用于测试或诊断是否发生了聚集现象。

8. Agglutination inhibition - 聚集抑制：这是一个名词，表示一种实验方法，用于研究聚集过程中的抑制作用。

9. Agglutination-forming protein - 形成聚集的蛋白质：这是一个名词，表示一种能够引起聚集的蛋白质。

10. Agglutination-resistant protein - 抗聚集蛋白质：这是一个名词，表示一种能够抵抗聚集的蛋白质。

agglutinating短语：

1. agglutinating antibody 凝集素

2. agglutinating factor 凝集因子

3. agglutinating hormone 凝集素样激素

4. agglutinating principle 凝集素原理

5. agglutinating reagent 凝集素试剂

6. agglutination 凝集反应

7. agglutination test 凝集素试验

双语例句：

1. The bacteria were agglutinated by the specific antibody.

特定的抗体使细菌凝集。

2. The serum of the patient agglutinates red blood cells from a different group.

患者的血清能凝集不同血型的红细胞。

3. The antigenic determinant on the surface of the virus is responsible for its ability to agglutinate red blood cells.

病毒表面的抗原决定簇是其凝集红细胞的能力的来源。

4. The antibody agglutinates the red blood cells of the patient.

抗体使患者的红细胞凝集。

5. The bacteria were agglutinated by a specific bacteriolytic enzyme.

细菌被一种特异的细菌溶解酶凝集。

6. The serum of the patient does not agglutinate red blood cells from its own group.

患者的血清不能使自身的红细胞凝集。

7. The antibody is capable of agglutinating cells of the same type as itself.

抗体能够使相同类型的细胞凝集。

英文小作文：

Agglutination is a phenomenon where particles or cells come together due to a certain chemical or physical force, forming a mass or clump. It is commonly observed in nature and is used in various fields, including biology, medicine, and even in the food industry.

For instance, in biology, agglutination is used to study cell structure and interactions between cells. Scientists use specific antibodies or reagents to cause particles or cells to aggregate, allowing them to observe the changes in shape and size of the cells under a microscope.

Similarly, in medicine, agglutination is used in blood grouping and cross-matching, where antibodies in the blood of patients and donors cause red blood cells to aggregate, allowing doctors to determine the compatibility of blood transfusions.

Moreover, agglutination plays a crucial role in the food industry, where it is used to classify and identify different types of grains and seeds. By using specific antibodies or reagents, farmers can determine the type of grain or seed and ensure that it is safe for consumption.

Overall, agglutination is a fascinating phenomenon that plays an essential role in various fields and has the potential to revolutionize our understanding and practice in various aspects of life.