hymeniums

hymeniums的音标为["hɪmeɪniəmz]，基本翻译为“膜菌体”，速记技巧为“谐音记忆：还眉逆（hymeniums）”。

Hymeniums是一个生物学名词，指的是在真菌类生物中，指与菌丝相连的膜状结构，通常具有特殊的性生殖器官功能。这个词的词源可以追溯到希腊语中的“hymen”（意为“膜”），加上表示“生物”的前缀“my”（来源于拉丁语）。

这个词的变化形式包括复数形式“hymeniums”和过去式、过去分词形式“hymenized”。

相关单词包括：hymenal（膜状的）、hymenoplasty（膜性整形手术）、hymenopteran（膜翅目的）、hymenorrhea（膜性阴道炎）、hymenopore（膜孔）、hymenotropic（膜定向的）、hymenotropic growth（膜定向生长）、hymenotropic response（膜定向反应）、hymenium（菌丝体）和hypermnesia（超记忆力）。

这些单词可以用来描述与hymeniums相关的各种概念，例如膜的结构、膜的生理过程、膜的形态和记忆等。每个单词都有其特定的含义和用法，可以帮助我们更深入地理解生物学和相关领域。

hymeniums短语：

1. hymenium-bearing plant

2. hymenium-like structure

3. hymenium layer

4. hymenium tissue

5. hymenium surface

6. hymenium structure

7. hymenium-like appearance

例句：

1. The plant has a hymenium that attracts pollinators.

2. The structure of the hymenium is unique among plants.

3. The hymenium layer is essential for water and nutrient uptake.

4. The tissue of the hymenium is highly specialized for reproduction.

5. The surface of the hymenium is smooth and slippery, making it difficult to grip.

6. The appearance of the hymenium is reminiscent of a flower petal.

7. The hymenium is a highly complex organ that plays a crucial role in reproduction.

英文小作文：

Hymeniums: The Secret of Plant Reproduction

Hymeniums, also known as reproductive organs, are complex structures that play a crucial role in the reproduction of plants. They are responsible for the exchange of pollen and nectar, which are essential for plant survival and propagation. Hymeniums are unique in their structure and function, and they serve as a bridge between the plant and its environment.

The hymenium is composed of specialized tissues that are highly adapted for reproduction. These tissues allow the plant to absorb water and nutrients, while also releasing pollen to other plants, thus contributing to the propagation of the species. The smooth and slippery surface of the hymenium makes it difficult to grip, but it ensures that pollen is efficiently transferred to other plants.

In conclusion, hymeniums are an integral part of plant reproduction and survival. Their complex structure and specialized functions make them an essential part of the ecosystem, ensuring the propagation of plant species and the balance of nature.