fusiform

简明释义

英[ˈfjuːzɪˌfɔːm]美[ˈfjʊzəˌfɔrm]

adj. 梭形的；纺锭状的；两端渐细的

英英释义

单词用法

同义词

反义词

例句

1.Results It was seen under the microscope that the cells grew well with round or fusiform appearance and clear outline, and the cellular plasma plenty and bright.

结果镜下见细胞生长情况良好，呈圆形或梭形，界限清楚，胞浆丰富透亮。

2.Results The microscopic pathological morphology were exclusively fusiform cells in 27 cases (100%).

结果本组27例(100%)病理形态均为梭形细胞。

3.Morphologically, round, oval or fusiform mast cells were present in all stages of estrous cycle.

输卵管内肥大细胞在黏膜皱襞、肌层和外膜中均有分布。

4.Saugers have a fusiform body structure.

北美凸鲈有着梭状的体型。

5.Objective To establish the canine fusiform carotid aneurysm model and evaluate the value of high-frequency ultrasound in the aneurysm.

目的建立犬梭形动脉瘤模型，探讨高频超声评价该动脉瘤的价值。

6.The distinct imprints which correspond to the bicuspid valves of lymphatics and the oval or fusiform impressions of the endothelial nuclei were seen on the casts.

在淋巴管铸型上，清晰地显示出具有特征性的办膜切迹，相当淋巴管双瓣膜所在的位置。此外，在铸型表面还可以见到淋巴管内皮细胞核的压迹。

7.In aortic aneurysm, both SE and GRE can display the fusiform or localized enlarged aorta.

在主动脉瘤患者中，SE及GRE序列均能显示主动脉梭形或局限性扩张。

8.Results: : The cell spread fusiform shape, and proliferation with rapid rate.

结果出现呈梭形成纤维细胞样生长的细胞，细胞增殖旺盛。

9.Right fusiform activity was greater for fearful than neutral faces, independently of the attention effect on this region.

右侧梭状回的活动程度在看到恐惧脸孔时比看到无表情脸孔时大，无关乎注意力在此区域的影响。

10.The muscle fibers in the biceps are arranged in a fusiform 梭形的 pattern, allowing for greater strength during contraction.

肱二头肌中的肌纤维以fusiform 梭形的模式排列，从而在收缩时提供更大的力量。

11.In botany, the fusiform 梭形的 shape of certain plant cells aids in their function and structure.

在植物学中，某些植物细胞的fusiform 梭形的形状有助于其功能和结构。

12.The fusiform 梭形的 design of the aircraft helps reduce drag and improve aerodynamics.

飞机的fusiform 梭形的设计有助于减少阻力并改善气动性能。

13.Some fish species have a fusiform 梭形的 body that allows them to swim efficiently in water.

一些鱼类的身体呈现出fusiform 梭形的形态，使它们能够在水中高效游泳。

14.The fusiform 梭形的 shape of certain bacteria helps them move through viscous environments.

某些细菌的fusiform 梭形的形状帮助它们在粘稠环境中移动。

作文

The term fusiform refers to a shape that is tapered at both ends, resembling a spindle or a cigar. This geometric form can be observed in various biological structures and is often associated with efficiency in design and function. In the natural world, many organisms exhibit fusiform shapes, which allow them to move through their environments with ease. For instance, fish are typically fusiform in shape, enabling them to glide smoothly through water, reducing drag and enhancing their swimming capabilities. In addition to aquatic life, the fusiform shape is prevalent in the plant kingdom. Certain seeds, such as those of the dandelion, have a fusiform appearance that aids in dispersal. The streamlined design allows these seeds to be carried by the wind over long distances, ensuring the propagation of the species. This efficiency is a testament to the evolutionary advantages conferred by the fusiform shape. Moreover, in the field of anatomy, the term fusiform is used to describe certain muscle fibers. These fibers are wider in the middle and taper towards the ends, allowing for greater contraction and flexibility. The fusiform arrangement of muscle fibers contributes to the overall strength and functionality of muscles, making them more effective during physical activity. From an engineering perspective, the fusiform shape is also significant. Designers and architects often draw inspiration from nature's fusiform forms when creating aerodynamic vehicles or structures. For example, the design of airplanes incorporates fusiform elements to minimize air resistance, thereby improving fuel efficiency and performance. Similarly, many modern buildings utilize fusiform shapes to enhance aesthetic appeal while optimizing structural integrity. In conclusion, the concept of fusiform encompasses a variety of applications across different fields, from biology to engineering. Its presence in nature highlights the importance of efficient design, while its incorporation into human-made structures demonstrates our ability to learn from and mimic the natural world. Understanding the significance of the fusiform shape not only enriches our knowledge of biology and design but also encourages us to appreciate the intricate connections between form and function in our environment.

术语fusiform指的是一种在两端逐渐变尖的形状，类似于纺锤或雪茄。这种几何形状可以在各种生物结构中观察到，通常与设计和功能的效率相关。在自然界中，许多生物都表现出fusiform的形状，这使它们能够轻松地在环境中移动。例如，鱼类通常呈fusiform形状，使它们能够在水中平滑滑行，减少阻力并增强游泳能力。 除了水生生物，植物王国中也普遍存在fusiform形状。某些种子，如蒲公英的种子，具有fusiform的外观，有助于传播。这种流线型设计使这些种子能够被风带走，确保物种的繁衍。这种效率证明了fusiform形状所赋予的进化优势。 此外，在解剖学领域，术语fusiform用于描述某些肌肉纤维。这些纤维在中间较宽，两端逐渐变细，允许更大的收缩和灵活性。肌肉纤维的fusiform排列有助于肌肉的整体力量和功能，使其在身体活动中更加有效。 从工程的角度来看，fusiform形状也很重要。设计师和建筑师常常从自然界的fusiform形式中汲取灵感，创造出空气动力学的车辆或结构。例如，飞机的设计结合了fusiform元素，以最小化空气阻力，从而提高燃油效率和性能。同样，许多现代建筑利用fusiform形状来增强美学吸引力，同时优化结构完整性。 总之，fusiform的概念涵盖了不同领域的多种应用，从生物学到工程学。它在自然界中的存在突显了高效设计的重要性，而它在人工结构中的应用则展示了我们从自然界学习和模仿的能力。理解fusiform形状的重要性不仅丰富了我们对生物学和设计的知识，也鼓励我们欣赏环境中形式与功能之间的复杂联系。