bilobed

简明释义

英[ˌbaɪˈloʊbd]美[ˌbaɪˈloʊbd]

adj. 二裂片的（等于 bilobate）

英英释义

单词用法

同义词

反义词

例句

1.If most of the neutrophils appear bilobed, this is indicative of an uncommon condition known as Pelger-Huet anomaly, an inherited condition.

如果大部分嗜中性粒细胞出现二叶，提示一种罕见的、遗传的、被称为Pelger- Huet异常。

2.The biologic characteristic of the bilobed sensitive stigma is the hot question on the flowering plants research.

二裂片敏感性柱头的生物学特性及意义近年来一直是被子植物研究中的热点问题。

3.If most of the neutrophils appear bilobed, this is indicative of an uncommon condition known as Pelger-Huet anomaly, an inherited condition.

如果大部分嗜中性粒细胞出现二叶，提示一种罕见的、遗传的、被称为Pelger- Huet异常。

4.Under the microscope, the bilobed 双叶的 structure of the cell can be observed clearly.

在显微镜下，可以清晰观察到细胞的bilobed 双叶的结构。

5.The bilobed 双叶的 shape of the butterfly's wings is a fascinating feature.

蝴蝶翅膀的bilobed 双叶的形状是一个迷人的特征。

6.In anatomy, the bilobed 双叶的 structure of certain organs can indicate specific functions.

在解剖学中，某些器官的bilobed 双叶的结构可以指示特定的功能。

7.Some fungi exhibit a bilobed 双叶的 fruiting body that is easily recognizable.

一些真菌表现出一种易于识别的bilobed 双叶的果体。

8.The leaf of the plant is distinctly bilobed 双叶的, giving it a unique appearance.

这种植物的叶子明显是bilobed 双叶的，使其外观独特。

作文

In the world of biology, the term bilobed refers to a structure that is divided into two distinct lobes. This characteristic can be observed in various organisms and anatomical features, playing a crucial role in their function and identification. For instance, the leaves of some plants exhibit a bilobed shape, which can enhance their ability to capture sunlight and perform photosynthesis efficiently. The unique morphology of bilobed leaves often allows for better air circulation and light penetration, ultimately contributing to the plant's overall health and growth.In addition to plants, the concept of bilobed structures extends to animal anatomy as well. A notable example is the human brain, which consists of two hemispheres that can be described as bilobed. Each hemisphere has specialized functions, with the left side generally associated with logical reasoning and language skills, while the right side is linked to creativity and spatial awareness. Understanding the bilobed nature of the brain helps researchers and medical professionals comprehend how different areas of the brain communicate and collaborate to facilitate complex behaviors and cognitive processes.The bilobed feature can also be found in certain organs, such as the lungs. The human lungs are divided into lobes—specifically, the right lung has three lobes, while the left lung has two, making it bilobed in comparison to its counterpart. This division allows for optimal functionality and efficient gas exchange during respiration. When we inhale, oxygen enters the lungs and is transferred to the bloodstream, while carbon dioxide is expelled. The bilobed structure of the lungs aids in maximizing surface area for this critical process.Moreover, the term bilobed is not limited to biological contexts; it can also apply to various fields such as architecture and design. For example, some buildings may feature bilobed shapes in their design, creating a visually appealing aesthetic while also serving practical purposes. The use of bilobed forms can enhance structural integrity and provide unique spaces for social interaction or artistic expression.In conclusion, the term bilobed encompasses a significant aspect of both biological and non-biological structures. Whether in the context of plant leaves, animal anatomy, or architectural designs, the bilobed characteristic plays an essential role in functionality and aesthetics. By understanding the implications of bilobed structures, we gain insights into the intricate relationships between form and function across various disciplines. This knowledge not only enriches our appreciation of the natural world but also informs our approaches to design and innovation in human-made environments.

在生物学的世界中，术语bilobed指的是一种结构被分为两个不同的叶片。这一特征可以在各种生物和解剖特征中观察到，在它们的功能和识别中发挥着至关重要的作用。例如，某些植物的叶子呈现出bilobed形状，这可以增强它们捕捉阳光和有效进行光合作用的能力。bilobed叶子的独特形态通常允许更好的空气流通和光线渗透，最终有助于植物的整体健康和生长。除了植物外，bilobed结构的概念还扩展到动物解剖学中。一个显著的例子是人类大脑，它由两个半球组成，可以描述为bilobed。每个半球都有其专门的功能，左侧通常与逻辑推理和语言能力相关，而右侧则与创造力和空间意识相关。理解大脑的bilobed特性有助于研究人员和医疗专业人员理解大脑不同区域如何沟通和协作，以促进复杂行为和认知过程。bilobed特征在某些器官中也可以找到，例如肺。人类的肺部分为叶——具体来说，右肺有三个叶，而左肺有两个，相较之下使其成为bilobed。这种分裂允许最佳功能和高效的气体交换。在我们吸气时，氧气进入肺部并转移到血液中，同时二氧化碳被排出。肺的bilobed结构有助于最大化这一关键过程的表面积。此外，术语bilobed不仅限于生物学背景；它还可以应用于建筑和设计等各个领域。例如，一些建筑可能在其设计中具有bilobed形状，创造出视觉上吸引人的美感，同时也服务于实用目的。使用bilobed形式可以增强结构的完整性，并为社交互动或艺术表现提供独特的空间。总之，术语bilobed涵盖了生物和非生物结构的重要方面。无论是在植物叶子、动物解剖学还是建筑设计的背景下，bilobed特性在功能性和美学中发挥着重要作用。通过理解bilobed结构的含义，我们获得了对各个学科中形态与功能之间复杂关系的深入见解。这一知识不仅丰富了我们对自然世界的欣赏，还为我们在人工环境中的设计和创新方法提供了信息。