fasciculate

简明释义

英[fəˈsɪkjʊlɪt]美[fəˈsɪkjʊˌleɪt]

adj. 束状的；丛生的；簇生的

英英释义

单词用法

同义词

反义词

例句

1.Inflorescences appearing before leaves, fasciculate.

花序在叶之前出现，束状。

2.Inflorescences appearing before leaves, fasciculate.

花序在叶之前出现，束状。

3.The botanist noted that the leaves were arranged in a fasciculate manner, indicating a specific adaptation to their environment.

植物学家注意到叶子以束状的方式排列，表明它们对环境的特定适应。

4.In some species of orchids, the flowers grow in fasciculate clusters, making them particularly striking.

在一些兰花种类中，花朵以束状簇生长，使它们特别引人注目。

5.The nerve fibers were described as fasciculate, which allowed for faster signal transmission.

神经纤维被描述为束状，这使得信号传输更快。

6.The fasciculate arrangement of the muscle fibers contributes to the strength of the contraction.

肌肉纤维的束状排列有助于收缩的力量。

7.The researcher found that the fasciculate growth pattern was common among certain types of fungi.

研究人员发现，某些类型的真菌中常见束状生长模式。

作文

In the world of botany, the term fasciculate (束状的) refers to a specific growth pattern where plant structures, such as leaves or flowers, grow in clusters or bundles. This fascinating characteristic can be observed in various species, adding to the diversity and complexity of plant life. Understanding the concept of fasciculate structures helps botanists and horticulturists to classify plants more effectively and appreciate their unique adaptations to different environments. For instance, consider the case of certain types of coniferous trees, which often exhibit fasciculate needle arrangements. These needles grow in clusters, allowing the tree to withstand harsh weather conditions by reducing water loss and maximizing sunlight absorption. In this way, the fasciculate arrangement not only serves an aesthetic purpose but also plays a crucial role in the survival of the species. Furthermore, the fasciculate growth pattern is not limited to just trees; many flowering plants also exhibit this feature. For example, some varieties of orchids have fasciculate flower clusters that attract pollinators more effectively than single blooms would. The clustering of flowers increases visibility and fragrance, drawing in insects and other animals that assist in pollination. This adaptation showcases the intricate relationships between plants and their pollinators, highlighting the importance of fasciculate structures in the ecosystem. In addition to its significance in botany, the term fasciculate can also be applied in other fields such as anatomy and neurology. In anatomy, it describes the way muscle fibers are grouped together, providing strength and efficiency to muscular movements. Similarly, in the field of neurology, fasciculate refers to bundles of nerve fibers that transmit signals throughout the body. This understanding of fasciculate structures in different contexts emphasizes the interconnectedness of biological systems and the importance of structural organization in function. As we delve deeper into the study of biology, the term fasciculate serves as a reminder of the elegance and complexity of life forms. It encourages us to observe the natural world with curiosity and appreciation, recognizing how various adaptations contribute to the survival and success of different species. Whether in the context of plants, animals, or human anatomy, the concept of fasciculate growth and organization highlights the beauty of nature’s design. In conclusion, the word fasciculate (束状的) encapsulates a vital aspect of biological structure and function. Its application across various fields demonstrates the versatility of this term and its relevance in understanding the intricacies of life. By exploring the meaning and implications of fasciculate arrangements, we gain insight into the remarkable adaptations that allow organisms to thrive in their respective environments. As we continue to learn about the natural world, let us embrace the term fasciculate as a symbol of the wonders of biology and the interconnectedness of all living things.

在植物学的世界中，术语fasciculate（束状的）指的是一种特定的生长模式，其中植物结构，如叶子或花，成簇或成束生长。这一迷人的特征可以在各种物种中观察到，增加了植物生命的多样性和复杂性。理解fasciculate结构的概念有助于植物学家和园艺师更有效地对植物进行分类，并欣赏它们对不同环境的独特适应。 例如，考虑某些类型的针叶树，它们通常表现出fasciculate针状排列。这些针成束生长，使树木能够抵御恶劣天气条件，减少水分流失并最大化阳光吸收。通过这种方式，fasciculate排列不仅具有美学目的，还在物种的生存中发挥着至关重要的作用。 此外，fasciculate生长模式不仅限于树木；许多开花植物也表现出这一特征。例如，一些种类的兰花具有fasciculate花簇，比单一花朵更有效地吸引授粉者。花朵的聚集提高了可见性和香气，吸引昆虫和其他动物来协助授粉。这种适应展示了植物与其授粉者之间错综复杂的关系，突显了fasciculate结构在生态系统中的重要性。 除了在植物学中的重要性外，术语fasciculate还可以应用于解剖学和神经学等其他领域。在解剖学中，它描述了肌肉纤维如何被分组在一起，从而为肌肉运动提供力量和效率。同样，在神经学领域，fasciculate指的是传递信号的神经纤维束。这种对不同背景下fasciculate结构的理解强调了生物系统之间的相互联系以及结构组织在功能中的重要性。 随着我们深入研究生物学，术语fasciculate提醒我们生命形式的优雅和复杂性。它鼓励我们以好奇和欣赏的眼光观察自然世界，认识到各种适应如何有助于不同物种的生存和成功。无论是在植物、动物还是人类解剖学的背景下，fasciculate生长和组织的概念突显了自然设计的美。 总之，词语fasciculate（束状的）概括了生物结构和功能的重要方面。它在各个领域的应用展示了这个术语的多样性及其在理解生命复杂性中的相关性。通过探索fasciculate排列的意义和影响，我们获得了对使生物体能够在各自环境中繁荣的非凡适应的洞察。随着我们继续学习自然世界，让我们将术语fasciculate视为生物学奇迹和所有生命相互联系的象征。