conjugase

conjugase的音标是[kən"dʒuːgeɪs]，基本翻译是"同型转换酶"或"同型转换酶系"。

速记技巧：可以将该词分解为“con（共同）+jug（jugate的缩写，意为“连接”）+ase（酶的缩写）”。通过这样的分解，可以轻松记住该词的拼写和含义。

Conjugase这个词来源于希腊语词根con-和-juga-，意思是“连接”和“分享”。这个词在生物学中通常指的是一种酶，它能够将细菌的DNA从一个细胞转移到另一个细胞。

变化形式：Conjugase在词形上没有变化，始终写作conjugase。

相关单词：

1. Conjugate：名词形式，意为“共轭对”，例如DNA的互补链就是与其形成共轭对的。

2. Conjugation：动词形式，意为“结合，配对”，例如在遗传学中，Conjugation指的是细菌之间的DNA交换。

举例来说，Conjugation在细菌遗传学中是一个重要的概念，它涉及到细菌之间的DNA交换，而这种交换通常是由Conjugase酶来完成的。这种酶能够将一个细菌的DNA转移到另一个细菌中，从而帮助细菌进行基因的交换和变异。这种酶在生物进化中扮演了重要的角色。

conjugase短语：

1. conjugase activity 连接酶活性

2. conjugase enzyme 连接酶

3. conjugase test 连接酶试验

4. conjugase reaction 连接酶反应

5. conjugase-resistant bacteria 抗连接酶菌

6. conjugase-sensitive bacteria 连接酶敏感菌

7. conjugase-negative bacteria 连接酶阴性菌

双语例句：

1. The bacteria is resistant to the action of the antibiotic, but sensitive to the action of the enzyme conjugatease. 细菌对抗生素有抗药性，但对连接酶的作用敏感。

2. The enzyme conjugatease is used in the laboratory to detect the presence of bacteria. 实验室使用连接酶这种酶来检测细菌的存在。

3. The bacteria is sensitive to the action of the antibiotic, but resistant to the action of the enzyme conjugatease. 细菌对抗生素的作用敏感，但对连接酶的作用有抗药性。

4. The bacteria is resistant to the action of the enzyme conjugatease, but sensitive to that of the antibiotic. 细菌对连接酶的作用有抗药性，但对抗生素的作用敏感。

5. The enzyme conjugatease is used in the laboratory to detect the presence of bacteria in a sample. 在实验室中，连接酶用于检测样本中细菌的存在。

6. The enzyme conjugatease is used in the laboratory to identify bacteria. 实验室使用连接酶来鉴定细菌。

7. The enzyme conjugatease is used in the laboratory to study the growth of bacteria. 实验室使用连接酶来研究细菌的生长。

英文小作文：

The enzyme conjugatease plays an important role in biology and microbiology research. It is used to detect the presence of bacteria and to study their growth and resistance to antibiotics. However, it is also important in the treatment of infections caused by bacteria that are resistant to antibiotics, as it can help to identify and treat these infections more effectively. In addition, it is also used in genetic research to study the inheritance of genes and other biological processes. Therefore, it is essential to maintain a high level of knowledge about this enzyme and its uses and applications in order to ensure that it is used appropriately and effectively in research and treatment settings.