interfascicular

简明释义

英[ˌɪntəfəˈsɪkjʊlə(r)]美[ɪntərfəˈsɪkjʊlər]

adj. 维管束间的

英英释义

单词用法

同义词

反义词

例句

1.The vascular cambium extends to form a complete ring of meristematic tissue around the stem, the separate vascular bundles being linked by interfascicular cambium.

维管形成层向两侧延伸直至形成一个茎内的分生组织环，各个维管束被束间形成层联系在一起。

2.The vascular cambium extends to form a complete ring of meristematic tissue around the stem, the separate vascular bundles being linked by interfascicular cambium.

维管形成层向两侧延伸直至形成一个茎内的分生组织环，各个维管束被束间形成层联系在一起。

3.The study focused on the role of the interfascicular 束间的 fibers in plant growth.

这项研究集中于束间的纤维在植物生长中的作用。

4.Researchers found that the interfascicular 束间的 regions are critical for communication between vascular bundles.

研究人员发现，束间的区域对维管束之间的交流至关重要。

5.In anatomy, the interfascicular 束间的 connective tissues support muscle function.

在解剖学中，束间的结缔组织支持肌肉功能。

6.The interfascicular 束间的 cells play a significant role in the healing process of injuries.

这些束间的细胞在伤口愈合过程中发挥着重要作用。

7.During the dissection, we observed the interfascicular 束间的 structures clearly.

在解剖过程中，我们清楚地观察到了束间的结构。

作文

In the study of plant anatomy, the term interfascicular refers to the region between vascular bundles or fascicles. This area plays a crucial role in the overall structure and function of plants. Understanding the interfascicular regions can provide insights into how plants grow and adapt to their environments. For instance, the interfascicular tissue is responsible for the transport of nutrients and water, as it connects different vascular systems within the plant. When we observe a cross-section of a stem, we can identify the vascular bundles arranged in a circular pattern. The interfascicular areas are found between these bundles, composed of parenchyma cells that facilitate the movement of substances. This structural arrangement is vital for the plant's ability to maintain its physiological processes. Moreover, the interfascicular regions can also influence the mechanical strength of the plant. By providing additional support between vascular bundles, these tissues help plants withstand various environmental stresses such as wind and heavy rainfall. The adaptability of the interfascicular regions is essential for the survival of many plant species. Research has shown that the development of interfascicular tissues can vary significantly among different plant species. Some plants may have more developed interfascicular regions, allowing them to thrive in specific habitats, while others may have reduced interfascicular tissues due to evolutionary adaptations. This diversity highlights the importance of studying interfascicular structures to understand plant evolution and ecology better. In addition to their anatomical significance, interfascicular regions can also be important in agricultural practices. For example, understanding how interfascicular tissues respond to stressors such as drought or disease can help in developing more resilient crop varieties. By enhancing the properties of interfascicular tissues through selective breeding or genetic modification, farmers may improve crop yields and sustainability. In conclusion, the concept of interfascicular is not merely a technical term but a key element in the broader understanding of plant biology. Its implications extend from basic research in botany to practical applications in agriculture. As we continue to explore the complexities of plant structures, the interfascicular regions will undoubtedly remain a focal point for future studies, revealing further mysteries about how plants interact with their environment and adapt over time.

在植物解剖学中，术语interfascicular指的是血管束或束之间的区域。这个区域在植物的整体结构和功能中起着至关重要的作用。理解interfascicular区域可以提供有关植物如何生长和适应其环境的见解。例如，interfascicular组织负责营养物质和水分的运输，因为它连接植物内部不同的血管系统。 当我们观察植物茎的横截面时，可以识别出以圆形模式排列的血管束。interfascicular区域位于这些束之间，由薄壁细胞组成，促进物质的移动。这种结构排列对植物维持其生理过程至关重要。 此外，interfascicular区域还可以影响植物的机械强度。通过在血管束之间提供额外的支持，这些组织帮助植物抵御各种环境压力，如风和大雨。interfascicular区域的适应性对许多植物物种的生存至关重要。 研究表明，不同植物物种的interfascicular组织的发展可能会显著不同。有些植物可能具有更发达的interfascicular区域，使其能够在特定栖息地中繁荣，而其他植物可能由于进化适应而减少interfascicular组织。这种多样性突显了研究interfascicular结构的重要性，以更好地理解植物的进化和生态。 除了它们的解剖学意义外，interfascicular区域在农业实践中也可能很重要。例如，了解interfascicular组织如何响应干旱或疾病等压力源可以帮助开发更具韧性的作物品种。通过选择育种或基因改造增强interfascicular组织的性质，农民可能会提高作物产量和可持续性。 总之，interfascicular的概念不仅仅是一个技术术语，而是更广泛理解植物生物学的关键要素。它的影响从植物学基础研究扩展到农业中的实际应用。随着我们继续探索植物结构的复杂性，interfascicular区域无疑将继续成为未来研究的重点，揭示植物如何与环境相互作用并随时间适应的更多奥秘。