strobila

简明释义

英[strəˈbaɪlə]美[ˈstrobɪlər]

n. 横裂体；叠生体；孢叶球

复 数 s t r o b i l a e

英英释义

单词用法

同义词

反义词

例句

1.Moniezia benedeni is composed of scolex, neck and strobila, it has a series of changes in the shape.

贝氏莫尼茨绦虫由头节、颈节和体节三部分组成，其在形态上有一系列的变化规律。

2.They are structurally more specialized than flukes, having a scolex with attachment organs, a neck region, and a strobila.

它们在结构上比吸虫更特化，有具附着器官的头节、颈部和节裂区。

3.They are structurally more specialized than flukes, having a scolex with attachment organs, a neck region, and a strobila.

它们在结构上比吸虫更特化，有具附着器官的头节、颈部和节裂区。

4.The strobila of the tapeworm releases proglottids into the host's intestines.

绦虫的strobila会将节片释放到宿主的肠道中。

5.The life cycle of the jellyfish includes a stage called the strobila, which is where it reproduces asexually.

水母的生命周期包括一个阶段，称为strobila，这是它无性繁殖的地方。

6.The process of forming a strobila can vary significantly between different species of cnidarians.

形成strobila的过程在不同种类的腔肠动物之间可能有很大差异。

7.During our field trip, we observed the strobila of a hydra under the microscope.

在我们的实地考察中，我们在显微镜下观察到了水螅的strobila。

8.In biology class, we learned that the strobila is a form of asexual reproduction in certain organisms.

在生物课上，我们了解到strobila是某些生物无性繁殖的一种形式。

作文

The term strobila refers to a specific structure found in certain organisms, particularly in the life cycle of certain types of flatworms and jellyfish. In the case of jellyfish, the strobila is the stage where the organism reproduces asexually by budding off smaller medusae from its body. This fascinating process showcases the incredible adaptability of life forms in our oceans. Understanding the strobila stage is crucial for scientists studying marine biology, as it provides insights into the reproductive strategies of these creatures.In addition to jellyfish, the term strobila is also used in the context of tapeworms, which are parasitic flatworms. In tapeworms, the strobila is the segmented part of the worm that contains numerous proglottids, each of which can produce eggs. This segmentation allows the tapeworm to maximize its reproductive output, as each segment can independently produce more offspring. The study of the strobila in tapeworms is essential for understanding their life cycle and the impact they have on their hosts.The concept of strobila extends beyond just jellyfish and tapeworms. It serves as a reminder of the diverse strategies organisms have evolved to survive and thrive in different environments. For example, the ability to reproduce asexually through structures like the strobila offers an advantage in environments where mates may be scarce or conditions are harsh. By producing multiple offspring rapidly, these organisms can ensure the continuation of their species even in challenging circumstances.Moreover, the study of strobila has implications for ecological research. Understanding how these structures function can help scientists track population dynamics and the health of marine ecosystems. For instance, if jellyfish populations are thriving due to favorable conditions for strobila formation, this may indicate changes in the marine environment that could affect other species. Conversely, a decline in strobila formation might signal environmental stressors that could lead to broader ecological consequences.In conclusion, the term strobila encapsulates a vital aspect of the life cycles of various organisms, particularly in marine environments. Its significance in the reproduction of jellyfish and tapeworms highlights the remarkable diversity of life and the evolutionary strategies that have developed over time. Studying the strobila not only enhances our understanding of individual species but also contributes to our broader knowledge of ecosystems and the intricate web of life that connects all living organisms. As we continue to explore and uncover the mysteries of the natural world, the strobila serves as a fascinating example of nature's ingenuity and resilience.

术语strobila指的是某些生物中特定的结构，尤其是在某些类型的扁虫和水母的生命周期中。在水母的情况下，strobila是生物通过从其身体上出芽形成较小的水母进行无性繁殖的阶段。这一迷人的过程展示了我们海洋中生命形式的惊人适应性。理解strobila阶段对研究海洋生物学的科学家至关重要，因为它提供了对这些生物繁殖策略的深入了解。除了水母，术语strobila还用于绦虫的上下文中，绦虫是一种寄生扁虫。在绦虫中，strobila是包含许多节段的部分，每个节段都可以产生卵子。这种分节使绦虫能够最大化其繁殖产出，因为每个节段可以独立生产更多后代。研究绦虫中的strobila对于理解其生命周期及其对宿主的影响至关重要。strobila的概念不仅限于水母和绦虫。它提醒我们生物体为在不同环境中生存和繁衍而进化出的多样化策略。例如，通过像strobila这样的结构进行无性繁殖的能力在伴侣稀缺或条件恶劣的环境中提供了优势。通过快速产生多个后代，这些生物可以确保在困难情况下物种的延续。此外，研究strobila对生态研究有重要意义。理解这些结构如何运作可以帮助科学家跟踪种群动态和海洋生态系统的健康。例如，如果由于有利的strobila形成条件，水母种群蓬勃发展，这可能表明海洋环境的变化，可能会影响其他物种。相反，strobila形成的减少可能会发出信号，表明环境压力，这可能导致更广泛的生态后果。总之，术语strobila概括了各种生物生命周期中一个重要的方面，尤其是在海洋环境中。它在水母和绦虫繁殖中的重要性突显了生命的非凡多样性以及随着时间推移所发展出的进化策略。研究strobila不仅增强了我们对个别物种的理解，还促进了我们对生态系统的更广泛知识，以及连接所有生物的复杂生命网络。当我们继续探索和揭示自然世界的奥秘时，strobila作为自然智慧和韧性的迷人例子，值得我们深思。