dipteron

"dipteron"的音标为/ˈdaɪptərɒn/，基本翻译为"双极"，速记技巧为注意其词性为"形容词或名词"，可以与许多单词搭配使用，如"dipteron positive/negative"等。

"Dipteron"这个词源于希腊语，意为"双体"。它的变化形式包括其复数形式"dipterons"和其过去分词形式"dipteronized"。

相关单词：

"Dipteronism"（双体症）: 是一种罕见的遗传病，患者体内存在两个或多个细胞核，导致身体和智力发育障碍。

"Dipterous"（双体的）: 描述生物具有两个或多个身体部分或器官的特征。

"Dipterism"（双体性）: 是一种遗传疾病或特征，涉及两个或多个身体部分或器官的异常。

"Dipterous organism"（双体生物）: 指具有两个或多个身体部分的生物。

"Dipterous wings"（双翅）: 指昆虫类动物翅膀的一种类型，通常有两个翅膀。

"Dipteral"（双翅的）: 描述与双翅相关的特征或生物。

"Dipteral fly"（双翅昆虫）: 指一类具有双翅的昆虫。

"Diptera"（双翅纲）: 是昆虫纲中的一个主要类别，包括许多常见的昆虫，如苍蝇和蚊子。

"Dipterous metamorphosis"（双体变态）: 指某些昆虫在生命周期中经历的两个或多个形态变化的过程。

以上是对这个词及其相关单词的解释和描述，希望对你有所帮助。

常用短语：

1. dipteron and dimeron - 指由两个单体组成的分子

2. dipteron polymerization - 指由两个单体组成的分子聚合的过程

3. dipteron-dimeron reaction - 指两个单体分子之间的反应

4. dipteron-dimeron model - 指描述分子结构的一种模型

5. dipteron-dimeron theory - 指描述分子结构的一种理论

6. dipteron-dimeron synthesis - 指合成由两个单体组成的分子的过程

7. dipteron-dimeron unit - 指由两个单体组成的分子单位

双语例句：

1. The dipteron polymerization process is critical for the production of polymers.

2. The dipteron-dimeron reaction is a fundamental process in chemical reactions.

3. The dipteron-dimeron model is a useful tool for understanding the structure of molecules.

4. The dipteron-dimeron theory has been used to explain the behavior of certain molecules.

5. The dipteron-dimeron unit is a fundamental building block of polymers.

6. The synthesis of dipteron-dimeron polymers is a complex process that requires precise control of conditions.

英文小作文：

Dipteron and Dimeron: The Building Blocks of Life

Dipteron and dimeron are two fundamental building blocks that play a crucial role in the structure and function of life on Earth. These two-molecule complexes serve as the building blocks for proteins, nucleic acids, and other essential biological molecules. They also serve as the basis for chemical reactions that drive life processes and maintain cellular homeostasis.

Dipteron polymers, for example, are long chains of two-molecule complexes that serve as the backbone of proteins and other biopolymers. These polymers undergo a series of chemical reactions that result in their polymerization into larger complexes, which serve as the building blocks for larger biological structures such as tissues and organs. Dimeron polymers, on the other hand, serve as the building blocks for nucleic acids, which encode the genetic information that determines the structure and function of cells and organisms.

The study of dipteron and dimeron has opened up new avenues for understanding the fundamental principles of life and has led to advances in biotechnology and medicine. Understanding these two-molecule complexes has opened up new possibilities for developing drugs that target specific biological processes and diseases, as well as for creating new materials with unique properties that can be used in a wide range of applications.