loculate

简明释义

英[/ˈlɒk.jʊ.leɪt/]美[/ˈlɒk.jʊ.leɪt/]

adj. 分为小腔的；[生物] 具隔室的

英英释义

单词用法

同义词

反义词

例句

1.Conclusion:Intrapleural UK instillation is a safe, effective method in treatment of loculate empyema.

结论尿激酶在包裹性脓胸介入治疗中的应用安全有效。

2.Conclusion:Intrapleural UK instillation is a safe, effective method in treatment of loculate empyema.

结论尿激酶在包裹性脓胸介入治疗中的应用安全有效。

3.Some fungi exhibit loculate 有室的 fruiting bodies that contain multiple spores.

一些真菌表现出loculate 有室的果实体，里面包含多个孢子。

4.The plant's seed pods are loculate 有室的, allowing for multiple seeds to develop within each compartment.

这种植物的种子荚是loculate 有室的，允许每个隔间内发展多个种子。

5.In biology, a loculate 有室的 structure can refer to any organ that is divided into compartments.

在生物学中，loculate 有室的结构可以指任何分为隔间的器官。

6.The loculate 有室的 design of the fruit allows for efficient seed dispersal.

这种水果的loculate 有室的设计允许有效的种子传播。

7.The loculate 有室的 cavities in the coral provide habitats for various marine organisms.

珊瑚中的loculate 有室的腔体为各种海洋生物提供栖息地。

作文

In the world of biology and botany, the term loculate refers to the presence of compartments or chambers within an organ or structure. This concept is particularly significant when discussing fruits, seeds, and certain anatomical structures in plants and animals. Understanding how these loculated structures function can provide insight into their evolutionary advantages and adaptations. For instance, many fruits are designed with loculate cavities that house seeds, allowing for effective dispersal mechanisms. These cavities can protect the seeds from external threats while also facilitating their growth once they are dispersed. When examining the anatomy of various organisms, it becomes clear that loculate formations can enhance survival rates. In certain marine animals, such as jellyfish, their bodies may be divided into loculate segments, which can help in buoyancy and movement through water. Similarly, some mammals have loculate structures in their lungs, which maximize surface area for gas exchange. This adaptation is vital for maintaining efficient respiration, especially in species that require high oxygen levels due to their activity levels.The study of loculate structures extends beyond biology; it also has implications in fields like architecture and engineering. For example, architects often design buildings with loculate spaces to improve acoustics or airflow. These compartments can create a more pleasant environment by controlling sound and temperature, much like how nature has evolved to optimize its designs.Moreover, in the context of disease, understanding loculate formations can be crucial. Certain tumors exhibit loculate characteristics, which can influence their behavior and treatment options. Medical professionals need to recognize these patterns to make informed decisions about patient care. The ability to identify and understand loculate tumors can lead to better prognosis and therapeutic strategies.In conclusion, the concept of loculate is multifaceted and relevant across various disciplines. Whether in the study of plant biology, animal anatomy, architectural design, or medical research, recognizing the significance of loculate structures can lead to a deeper understanding of both natural and man-made systems. As we continue to explore the intricacies of life and innovation, the term loculate will undoubtedly remain a key element in our quest for knowledge and advancement.

在生物学和植物学的领域中，术语loculate指的是器官或结构内存在的隔间或腔室。这一概念在讨论水果、种子以及某些植物和动物的解剖结构时尤为重要。理解这些loculate结构如何运作，可以提供对其进化优势和适应性的洞见。例如，许多水果被设计成具有loculate腔体，以容纳种子，从而实现有效的传播机制。这些腔体可以保护种子免受外部威胁，同时也促进它们在散播后生长。当我们检查各种生物的解剖结构时，会发现loculate形态可以提高生存率。在某些海洋动物中，例如水母，它们的身体可能被分为loculate段，这可以帮助它们在水中保持浮力和移动。同样，一些哺乳动物在肺部具有loculate结构，这最大化了气体交换的表面积。这种适应对于维持高氧水平的呼吸至关重要，尤其是在需要高氧水平的活跃物种中。loculate结构的研究不仅限于生物学；它还在建筑和工程等领域具有重要意义。例如，建筑师常常设计具有loculate空间的建筑，以改善声学或气流。这些隔间可以通过控制声音和温度来创造更舒适的环境，就像自然界为优化设计而进化一样。此外，在疾病的背景下，理解loculate形态可能至关重要。某些肿瘤表现出loculate特征，这可能影响它们的行为和治疗选择。医疗专业人员需要识别这些模式，以便对患者护理做出明智的决定。识别和理解loculate肿瘤的能力可以带来更好的预后和治疗策略。总之，loculate的概念是多方面的，并且在各个学科中都相关。无论是在植物生物学、动物解剖学、建筑设计还是医学研究中，认识到loculate结构的重要性都能深入理解自然和人造系统。随着我们继续探索生命和创新的复杂性，术语loculate无疑将继续成为我们寻求知识和进步的关键元素。