fascicled

简明释义

英[ˈfæsɪkld]美[ˈfæsɪkld]

成束的

簇生的

英英释义

单词用法

同义词

反义词

例句

1.Leaves variable, those on previous year's branches usually alternate, those on short branches approximate and often fascicled ;

易变的叶，那些在通常互生的第二年分枝上，那些在短枝紧靠和通常簇生上；

2.Leaves variable, those on previous year's branches usually alternate, those on short branches approximate and often fascicled ;

易变的叶，那些在通常互生的第二年分枝上，那些在短枝紧靠和通常簇生上；

3.Its female flowers are on the tip of currene growth, solitary or 2~3 (sometimes more) fascicled.

雌花生于当年生新梢顶端，单生或2～3朵簇生，有时更多。

4.The plant's leaves are arranged in a fascicled 束状的 manner, making it easy to identify the species.

这种植物的叶子呈现出束状的排列，便于识别该物种。

5.During the dissection, we observed that the muscle fibers were fascicled 束状的, indicating a specific type of organization.

在解剖过程中，我们观察到肌肉纤维是束状的，这表明了一种特定的组织形式。

6.The artist used fascicled 束状的 brush strokes to create texture in the painting.

艺术家使用了束状的笔触来为画作创造质感。

7.In botany, some flowers are described as having fascicled 束状的 clusters, which can enhance their visual appeal.

在植物学中，一些花被描述为具有束状的聚集，这可以增强它们的视觉吸引力。

8.The fibers in the textile were fascicled 束状的, resulting in a strong and durable fabric.

织物中的纤维是束状的，导致面料坚固耐用。

作文

In the realm of botany, the term fascicled refers to a specific arrangement of plant structures. This concept is crucial for understanding how certain plants grow and adapt to their environments. When we talk about fascicled leaves or flowers, we are describing a situation where these parts are clustered together in small bundles or groups. This arrangement can have significant implications for the plant's survival, as it often allows for more efficient use of space and resources. For example, plants with fascicled leaves may be better equipped to capture sunlight, as the clustering helps maximize light exposure while minimizing shadowing from other leaves. The study of fascicled structures is not limited to botany alone; it extends into various fields such as anatomy and zoology. In animal biology, fascicled muscle fibers are organized into bundles, which enables more effective movement and strength. This organization allows muscles to contract efficiently, providing the necessary force for locomotion. Understanding the fascicled nature of muscle fibers can lead to advancements in medical science, particularly in rehabilitation and physical therapy. Moreover, the concept of fascicled arrangements can be applied metaphorically in our daily lives. Just as plants and animals benefit from being organized into clusters, humans can also thrive in community settings. When individuals come together in groups—whether for work, social activities, or support systems—they often achieve more than they could alone. The synergy created in these fascicled groups can lead to innovative ideas, stronger relationships, and enhanced problem-solving capabilities. For instance, consider a team of researchers working on a scientific project. Each member brings unique skills and perspectives, much like the fascicled leaves of a plant that collectively enhance its ability to photosynthesize. By collaborating and sharing knowledge, they can tackle complex questions more effectively than if they were to work in isolation. This principle applies across various domains, including education, business, and community service, highlighting the importance of collaboration and teamwork. In conclusion, the term fascicled carries significant weight in both scientific contexts and everyday life. Whether discussing the arrangement of plant structures or the benefits of working in groups, the underlying theme remains the same: organization into clusters can lead to enhanced efficiency and effectiveness. As we navigate our personal and professional lives, embracing the idea of fascicled arrangements can inspire us to seek out collaboration and connection, ultimately fostering growth and success in our endeavors.

在植物学领域，术语fascicled指的是植物结构的特定排列方式。这个概念对于理解某些植物如何生长和适应环境至关重要。当我们谈论fascicled的叶子或花朵时，我们描述的是这些部分聚集在一起形成小束或小组的情况。这种排列对植物的生存有重要影响，因为它通常允许更有效地利用空间和资源。例如，具有fascicled叶子的植物可能更善于捕捉阳光，因为这种聚集有助于最大化光照，同时最小化其他叶子造成的阴影。 fascicled结构的研究不仅限于植物学；它还扩展到解剖学和动物学等多个领域。在动物生物学中，fascicled肌肉纤维被组织成束，这使得运动和力量更加有效。这种组织使肌肉能够高效收缩，提供所需的运动力。理解肌肉纤维的fascicled特性可以推动医学科学的发展，特别是在康复和物理治疗方面。 此外，fascicled排列的概念在我们的日常生活中也可以隐喻地应用。正如植物和动物从组织成簇中受益一样，人类在社区环境中也能蓬勃发展。当个人聚集在一起，无论是为了工作、社交活动还是支持系统，他们往往能取得比单独行动更多的成就。这种在这些fascicled群体中产生的协同效应可以导致创新想法、更强的关系和增强的问题解决能力。 例如，考虑一组研究人员在进行科学项目。每个成员带来了独特的技能和视角，就像植物的fascicled叶子共同增强其光合作用能力一样。通过合作和分享知识，他们能够比单独工作更有效地解决复杂问题。这个原则适用于各个领域，包括教育、商业和社区服务，突显了合作与团队合作的重要性。 总之，术语fascicled在科学背景和日常生活中都具有重要意义。无论是在讨论植物结构的排列还是工作组的好处，潜在主题始终相同：组织成簇可以带来更高的效率和有效性。在我们个人和职业生活中，接受fascicled排列的理念可以激励我们寻求合作和联系，最终促进我们事业的成长和成功。