septate

简明释义

英[ˈsepteɪt]美[septeɪt]

adj. （剖）有隔膜的，被隔膜分开的

英英释义

单词用法

同义词

反义词

例句

1.The Nematode-destroying Fungus Arthrobotrys oligospora CIMH1appeared in septate hypha and conidia during the different growing period .

捕食线虫性真菌少孢节丛孢菌CIMH1株在不同发育时期有菌丝和孢子两种形态。

2.Branching, septate hyphae are close-packed here and radiating outward in this aspergilloma.

曲霉肿中有分支、有隔膜的菌丝聚集并呈放射状排列。

3.Other examples include a septate fungal hyphae and certain green algae such as acetabularia.

其他的例子还包括不具隔膜的真菌的菌丝以及一些绿藻，例如伞藻。

4.The cytoplasmic cords of protonephridial capillaries do not contain a septate junction.

原肾管的毛细排泄管细胞质索之间没有隔状联结；

5.These fungi are septate with simple pores in their cross-walls.

这些真菌在它们的横壁中是具简单孔的横隔膜的。

6.The Nematode-destroying Fungus Arthrobotrys oligospora CIMH1appeared in septate hypha and conidia during the different growing period .

捕食线虫性真菌少孢节丛孢菌CIMH1株在不同发育时期有菌丝和孢子两种形态。

7.All lack septate hyphae and are commonly coenocytic;

所有缺乏隔膜的菌丝是通用的多核细胞的；

8.The fungal hyphae are often described as being septate (分隔的) or coenocytic.

真菌的菌丝通常被描述为是septate（分隔的）或共生的。

9.In anatomy, certain tissues can be classified as septate (有隔膜的), allowing for compartmentalization.

在解剖学中，某些组织可以被归类为septate（有隔膜的），允许进行分隔。

10.The septate (分隔的) structure of the plant stem helps in the transport of nutrients.

植物茎的septate（分隔的）结构有助于养分的运输。

11.The septate (有隔膜的) nature of the kidney's filtration units is crucial for its function.

肾脏过滤单位的septate（有隔膜的）特性对其功能至关重要。

12.Many species of algae exhibit a septate (分隔的) arrangement in their cellular structure.

许多藻类物种在其细胞结构中表现出septate（分隔的）排列。

作文

In the world of biology, the term septate refers to structures that are divided by partitions or walls. This characteristic can be observed in various organisms, especially fungi and certain plants. Understanding the concept of septate is crucial for students and researchers in the field of biology, as it helps in identifying and classifying different species based on their anatomical features. For instance, many fungi possess septate hyphae, which are filamentous structures that contain cross-walls, or septa, dividing them into individual cells. This is in contrast to coenocytic fungi, which have hyphae that are not divided by septa, resulting in a multinucleate cell structure.The presence of septate structures can significantly influence the growth and reproduction of these organisms. In fungi, the septa can serve various functions, such as providing structural support and regulating the flow of nutrients and organelles between cells. This compartmentalization allows fungi to respond more effectively to environmental changes and to isolate damaged or infected areas, thereby enhancing their survival.Moreover, the study of septate structures extends beyond fungi to other biological systems. For example, in the plant kingdom, certain vascular plants exhibit septate characteristics in their tissues, which can affect water and nutrient transport. Understanding these features can help scientists develop better agricultural practices and improve crop yields.In addition to its biological implications, the term septate can also be applied metaphorically in various contexts. For instance, in psychology, one might describe a person's thoughts as septate if they are compartmentalized, indicating that the individual separates different aspects of their life or emotions. This metaphorical use highlights the versatility of the term and its applicability across disciplines.In conclusion, the concept of septate is essential for understanding the complexity of biological structures and their functions. By recognizing the significance of septate features in fungi and plants, we can gain insights into their ecological roles and evolutionary adaptations. Furthermore, the metaphorical application of the term encourages us to think critically about how we organize our thoughts and experiences. Thus, embracing the idea of septate can lead to a deeper appreciation of both the natural world and our own cognitive processes.

在生物学的世界中，术语septate指的是通过隔板或墙壁分隔的结构。这一特征可以在各种生物体中观察到，尤其是真菌和某些植物。理解septate的概念对于生物学领域的学生和研究人员至关重要，因为它有助于根据解剖特征识别和分类不同的物种。例如，许多真菌具有septate菌丝，这些菌丝是由交叉壁（或称为隔膜）分隔成单个细胞的丝状结构。这与无隔膜真菌形成的多核细胞结构的菌丝形成对比。septate结构的存在会显著影响这些生物体的生长和繁殖。在真菌中，隔膜可以发挥多种功能，例如提供结构支持和调节细胞之间营养和细胞器的流动。这种分隔化使真菌能够更有效地应对环境变化，并隔离受损或感染的区域，从而增强其生存能力。此外，septate结构的研究超越了真菌，扩展到其他生物系统。例如，在植物王国中，某些维管植物在其组织中表现出septate特征，这可能影响水分和养分的运输。理解这些特征可以帮助科学家制定更好的农业实践，提高作物产量。除了生物学的含义外，术语septate在各种上下文中也可以隐喻性地应用。例如，在心理学中，如果一个人的思维被描述为septate，这意味着他们的思维是分隔的，表明个人将生活或情感的不同方面分开。这种隐喻使用突显了该术语的多功能性及其在各个学科中的适用性。总之，septate的概念对于理解生物结构的复杂性及其功能至关重要。通过认识到真菌和植物中septate特征的重要性，我们可以深入了解它们的生态角色和进化适应。此外，该术语的隐喻应用鼓励我们批判性地思考如何组织我们的思想和经历。因此，接受septate的概念可以加深我们对自然界和自身认知过程的欣赏。