secondary lobe

简明释义

旁瓣

英英释义

例句

1.In geology, a secondary lobe 副叶 can refer to a smaller protrusion of land formed by sediment deposition.

在地质学中，副叶 secondary lobe可以指由沉积物沉积形成的小突起土地。

2.The biologist noted that the plant had a secondary lobe 副叶 in its leaf structure, enhancing photosynthesis.

生物学家注意到该植物在其叶子结构中有一个副叶 secondary lobe，增强了光合作用。

3.During the imaging scan, the technician identified a secondary lobe 副叶 in the brain that required further examination.

在成像扫描中，技术人员发现大脑中有一个副叶 secondary lobe，需要进一步检查。

4.The doctor explained that the patient's lung had a small secondary lobe 副叶 which could affect breathing.

医生解释说，病人的肺部有一个小的副叶 secondary lobe，这可能会影响呼吸。

5.The tumor was located in the secondary lobe 副叶 of the liver, complicating the surgical procedure.

肿瘤位于肝脏的副叶 secondary lobe，使手术过程变得复杂。

作文

In the study of anatomy, particularly in relation to the human brain and lungs, the term secondary lobe is often encountered. A secondary lobe refers to a subdivision of a larger lobe, serving distinct functions that contribute to the overall operation of the organ it belongs to. For example, in the human brain, the secondary lobe can be seen in the context of the temporal lobe, which is responsible for processing auditory information and is also involved in memory and emotion. This subdivision allows for specialized processing areas, enhancing the brain's efficiency in handling complex tasks.In the respiratory system, the lungs are divided into lobes, and each lobe can be further subdivided into secondary lobes. The right lung, for instance, has three main lobes: the upper, middle, and lower lobes. Each of these can contain secondary lobes, which assist in the distribution of air and the exchange of gases. Understanding the structure and function of these secondary lobes is crucial for medical professionals when diagnosing and treating respiratory conditions.The concept of secondary lobes is not limited to human anatomy; it can also be observed in various other biological systems. In botany, certain plants exhibit secondary lobes in their leaves or flowers, which can serve a variety of purposes, such as increasing surface area for photosynthesis or improving reproductive success. The presence of secondary lobes in these systems highlights the importance of specialization in nature, allowing organisms to adapt and thrive in diverse environments.Moreover, the study of secondary lobes extends beyond biology into fields like geology and meteorology. In geology, rock formations may exhibit secondary lobes that indicate past geological activity or changes in environmental conditions. Similarly, in meteorology, weather patterns can develop secondary lobes that influence storm systems and climate behavior. These applications demonstrate how the concept of secondary lobes can provide insights across various scientific disciplines.In conclusion, the term secondary lobe represents an important concept in understanding the complexity and functionality of various systems in nature. Whether in anatomy, botany, geology, or meteorology, secondary lobes play significant roles in enhancing the efficiency and adaptability of organisms and phenomena. As we continue to explore and study these subdivisions, we gain a deeper appreciation for the intricacies of life and the world around us. Understanding secondary lobes can lead to advancements in medical science, environmental studies, and beyond, ultimately contributing to our knowledge and well-being.

在解剖学研究中，特别是与人脑和肺部相关的领域，术语次级叶经常被提及。次级叶是指一个较大叶的细分，具有独特的功能，有助于其所属器官的整体运作。例如，在人脑中，次级叶可以在颞叶的背景下观察到，颞叶负责处理听觉信息，并且还涉及记忆和情感。这种细分允许专业化处理区域，提高了大脑处理复杂任务的效率。在呼吸系统中，肺部分为多个叶，每个叶可以进一步细分为次级叶。例如，右肺有三个主要叶：上叶、中叶和下叶。每个叶都可以包含次级叶，这些叶帮助空气的分配和气体的交换。理解这些次级叶的结构和功能对于医疗专业人员在诊断和治疗呼吸疾病时至关重要。次级叶的概念不仅限于人类解剖学；它也可以在其他各种生物系统中观察到。在植物学中，某些植物在其叶子或花朵中表现出次级叶，这可以服务于多种目的，例如增加光合作用的表面积或改善繁殖成功率。这些系统中次级叶的存在突显了自然界中专业化的重要性，使生物能够适应和在多样的环境中生存。此外，次级叶的研究超越了生物学，扩展到地质学和气象学等领域。在地质学中，岩石形成可能展示出次级叶，指示过去的地质活动或环境条件的变化。同样，在气象学中，天气模式可以发展出次级叶，影响风暴系统和气候行为。这些应用展示了次级叶的概念如何在各种科学学科中提供见解。总之，术语次级叶代表了理解自然中各种系统复杂性和功能的重要概念。无论是在解剖学、植物学、地质学还是气象学中，次级叶在提高生物和现象的效率和适应性方面发挥着重要作用。随着我们继续探索和研究这些细分，我们对生命和周围世界的复杂性有了更深刻的理解。理解次级叶可以推动医学科学、环境研究等领域的进步，最终有助于我们的知识和福祉。