hybridizes

hybridize的音标是[ˈhaɪbrɪdaɪz]，基本翻译是“使杂交化；使混合”，速记技巧是：hybridize=hyb（混合）+ri+date（日期）→混合到一起→杂交化。

"hybridizes" 这个词的意思是“杂交化”，其词源可能来自于拉丁语 "hibridus"，意为 "杂交的"。这个词在英语中经常用来描述不同物种之间的杂交或混合。

变化形式：在英语中，"hybridize" 是其最常见的形式，但是也可以使用 "hybridization" 或 "hybridizing" 等形式。

相关单词：

1. "hybrid" - 这是一个与 "hybridizes" 相关的词，意为 "混合物" 或 "混合体"，常用于描述不同元素或物种的混合。

2. "cross-breed" - 意为 "杂交繁殖"，常用于描述不同物种之间的杂交。

3. "mating" - 意为 "交配" 或 "配对"，常用于描述动物或植物之间的繁殖行为。

4. "mix" - 意为 "混合"，可以指不同元素或物质之间的混合。

5. "mix-up" - 意为 "混淆"，可以指不同事物或元素之间的混淆。

6. "blend" - 意为 "混合"，可以指不同元素或物质之间的融合。

7. "fusion" - 意为 "融合"，可以指不同事物或元素之间的结合。

8. "assimilation" - 意为 "同化"，可以指不同文化或物种之间的相互影响和接纳。

9. "interbreed" - 意为 "不同物种之间的杂交繁殖"，与 "hybridize" 意思相近。

10. "heterogeneous" - 意为 "异质的"，可以指由不同元素或物质组成的混合体。

常用短语：

1. hybridize with

2. hybridize out

3. to hybridize

4. hybridize in

5. to be hybridized

6. hybridization

7. hybridization reaction

双语例句：

1. The two species are known to hybridize, resulting in fertile offspring. （这两种物种已知会杂交，产生有生育能力的后代。）

2. The plant is known to undergo hybridization in response to environmental stress. （该植物已知会在环境压力下进行杂交。）

3. The two genes are known to hybridize, indicating they are related. （这两个基因已知会杂交，表明它们之间有关联。）

4. The hybridized protein has a unique combination of properties that make it useful in various applications. （杂交的蛋白质具有独特的组合性质，使其在各种应用中都有用。）

5. Hybridization reactions are commonly used in genetic engineering to create new genetic material. （杂交反应在遗传工程中常用以创造新的遗传物质。）

6. The plant"s ability to hybridize is a key factor in its adaptability to different environments. （该植物的杂交能力是它适应不同环境的关键因素。）

7. The process of hybridization can be complex and requires precise control of environmental conditions. （杂交的过程可能复杂，需要精确控制环境条件。）

英文小作文：

Hybridization is a fascinating phenomenon that occurs naturally in many species of plants and animals. It involves the mixing of two or more genetic materials to create a new organism that has unique characteristics and properties. In plants, hybridization can result in the production of new varieties with enhanced traits such as disease resistance, drought tolerance, and increased yield. Hybridization is also used in genetic engineering to create new genetic material for research and medical applications. However, hybridization can also be a complex process that requires precise control of environmental conditions and precise timing of the process. Understanding the role of hybridization in nature and its applications in science and technology is an interesting topic for further exploration and research.