loculation

简明释义

英[lɒkjʊˈleɪʃən]美[lɑːkjʊˈleɪʃn]

n. 形成小腔

英英释义

单词用法

同义词

反义词

例句

1.Conclusion Intrapleural urokinase not only reduces pleural adhesion, loculation and thickening of the pleura, but also improves lung function.

结论胸腔内注射尿激酶能减少胸腔分隔、多房的形成。减少胸膜肥厚，改善肺功能。

2.Conclusion Intrapleural urokinase not only reduces pleural adhesion, loculation and thickening of the pleura, but also improves lung function.

结论胸腔内注射尿激酶能减少胸腔分隔、多房的形成。减少胸膜肥厚，改善肺功能。

3.The doctor explained that the patient's condition involved a complex loculation 局部化 of the fluid in the abdomen.

医生解释说，患者的病情涉及腹部液体的复杂局部化。

4.In the lab, researchers observed the loculation 局部化 of bacteria within the petri dish.

在实验室，研究人员观察到培养皿中细菌的局部化。

5.The radiologist noted several areas of loculation 局部化 in the lung scan, which may indicate infection.

放射科医生在肺部扫描中注意到几个局部化区域，这可能表明感染。

6.The surgeon had to address the loculation 局部化 of pus during the procedure.

外科医生在手术过程中必须处理脓液的局部化。

7.The study focused on the loculation 局部化 of tumors in different tissue types.

这项研究集中于不同组织类型中肿瘤的局部化。

作文

In the field of biology, the concept of loculation is crucial for understanding the organization and structure of various organisms. Loculation refers to the formation of compartments or cavities within a biological structure, which can be seen in many living organisms. For instance, in plants, certain fruits exhibit loculation, where the fruit is divided into distinct sections or locules that contain seeds. This structural feature not only aids in the reproduction of the plant but also enhances its ability to disperse seeds effectively. Moreover, loculation plays a significant role in the anatomy of animals. Many animals possess loculated organs, which serve specific functions. For example, the lungs are often described as having loculations due to their complex branching structure that allows for efficient gas exchange. The presence of these loculated spaces increases the surface area available for oxygen absorption, demonstrating how loculation contributes to the overall efficiency of respiratory systems. In the medical field, understanding loculation is essential when diagnosing certain conditions. For instance, in cases of abscess formation, the presence of loculated pus can complicate treatment. Physicians must recognize the loculation of an abscess to determine the best course of action, such as whether to drain the abscess or administer antibiotics. The identification of loculated fluid collections through imaging techniques like ultrasound or CT scans is vital for effective patient management. Furthermore, loculation is not limited to biological contexts; it can also be applied to the study of ecosystems. In ecological research, scientists often examine the loculated habitats of various species, understanding how these compartments influence biodiversity and species interactions. For instance, coral reefs exhibit loculation through the formation of distinct microhabitats that support diverse marine life. Each loculated area within the reef may host different species, contributing to the overall richness of the ecosystem. Additionally, the concept of loculation extends to the realm of technology and engineering. In computer science, data structures may be described as loculated when they are organized into compartments that allow for efficient data retrieval and processing. This organizational strategy is crucial for optimizing performance in complex algorithms and systems. In conclusion, the term loculation encompasses a wide array of applications across various fields, from biology to medicine, ecology, and technology. Understanding loculation is essential for professionals in these areas as it provides insight into the structure and function of complex systems. Whether studying the intricacies of an organism's anatomy or the dynamics of an ecosystem, the concept of loculation serves as a fundamental principle that enhances our comprehension of the natural world. As we continue to explore and learn about these loculated structures, we gain a deeper appreciation for the complexity and interconnectedness of life.

在生物学领域，loculation的概念对于理解各种生物的组织和结构至关重要。Loculation指的是在生物结构内形成的隔间或腔体，这在许多生物中都可以看到。例如，在植物中，某些水果表现出loculation，其中水果被分成不同的部分或腔室，里面含有种子。这种结构特征不仅有助于植物的繁殖，还增强了其有效传播种子的能力。 此外，loculation在动物解剖学中也起着重要作用。许多动物拥有loculated器官，这些器官具有特定的功能。例如，肺部通常被描述为具有loculations，因为它们复杂的分支结构允许高效的气体交换。这些loculated空间的存在增加了可用于氧气吸收的表面积，展示了loculation如何促进呼吸系统的整体效率。 在医学领域，理解loculation对诊断某些疾病至关重要。例如，在脓肿形成的情况下，存在loculated脓液可能会使治疗复杂化。医生必须识别脓肿的loculation以确定最佳处理方案，例如是否引流脓肿或施用抗生素。通过超声波或CT扫描等影像技术识别loculated液体集合对于有效的病人管理至关重要。 此外，loculation不仅限于生物学背景；它也可以应用于生态系统的研究。在生态研究中，科学家们经常检查各种物种的loculated栖息地，理解这些隔间如何影响生物多样性和物种间的相互作用。例如，珊瑚礁通过形成不同的微栖息地展现出loculation，这些微栖息地支持多样的海洋生物。每个loculated区域可能栖息着不同的物种，促进了生态系统的整体丰富性。 此外，loculation的概念扩展到技术和工程领域。在计算机科学中，当数据结构被描述为loculated时，它们被组织成隔间，允许高效的数据检索和处理。这种组织策略对于优化复杂算法和系统的性能至关重要。 总之，loculation这一术语涵盖了各个领域的广泛应用，从生物学到医学、生态学和技术。理解loculation对这些领域的专业人士至关重要，因为它提供了对复杂系统的结构和功能的深入见解。无论是研究生物体解剖的复杂性，还是生态系统的动态，loculation的概念作为一个基本原则，增强了我们对自然界的理解。随着我们继续探索和学习这些loculated结构，我们对生命的复杂性和相互联系有了更深的欣赏。