suspensory

简明释义

[səˈspensəri][səˈspensəri]

adj. 悬吊的;暂时中止的;支持的

n. 悬吊式;悬带

复 数 s u s p e n s o r i e s

英英释义

Relating to or having the function of suspending something, especially in a medical or anatomical context.

与悬挂某物有关或具有悬挂功能,尤其在医学或解剖学的语境中。

单词用法

suspensory system

悬挂系统

suspensory support

悬挂支撑

suspensory mechanism

悬挂机制

suspensory device

悬挂装置

同义词

supportive

支持的

The supportive structure of the bridge ensures its stability.

桥的支持结构确保了其稳定性。

suspending

悬挂的

The suspending mechanism allows for smooth movement.

悬挂机制允许平滑移动。

hanging

悬挂的

The hanging lights created a warm atmosphere in the room.

悬挂的灯光在房间里营造了温暖的氛围。

反义词

supportive

支持的

The supportive structure helped to stabilize the building during the storm.

支撑结构在暴风雨中帮助稳定了建筑。

stable

稳定的

A stable environment is crucial for the growth of plants.

稳定的环境对植物的生长至关重要。

例句

1.The clinical data were retrospectively analyzed in 46 eyes of 46 patients treated with secondary suspensory intraocular lens implantation.

方法回顾性分析46例46眼悬吊式人工晶体植入术的临床资料。

2.Conclusion the inferior horn of thyroid cartilage and the suspensory ligament of thyroid gland are most reliable as the anatomical landmarks for recognizing the recurrent laryngeal nerve.

结论甲状腺手术识别喉返神经的五种解剖标志中,以甲状软骨下角尖(或环甲关节)和甲状腺悬韧带较可靠,其次为甲状腺下极、甲状腺下动脉和气管食管沟。

3.To evaluate the effect of suspensory intraocular lens implantation in the ciliary groove after ocular trauma.

目的探讨眼外伤患者行人工晶状体睫状沟悬吊术的方法和疗效。

4.Objective To analyze the effects of suspensory manner and step speed on suspension of crus prosthesis.

目的分析悬吊方式和步速对两种小腿假肢接受腔悬吊的影响。

5.Conclusion the inferior horn of thyroid cartilage and the suspensory ligament of thyroid gland are most reliable as the anatomical landmarks for recognizing the recurrent laryngeal nerve.

结论甲状腺手术识别喉返神经的五种解剖标志中,以甲状软骨下角尖(或环甲关节)和甲状腺悬韧带较可靠,其次为甲状腺下极、甲状腺下动脉和气管食管沟。

6.Suspensory ligaments, the lateral palpebral tendon, and check ligaments have connective tissue attachments to the lateral orbital tubercle.

悬韧带,睑外侧腱,翼状韧带均有结缔组织与眶外侧结节相连。

7.Objective To investigate the method and curative effect of sternal suspensory traction on the patients with pectus excavatum.

目的探讨胸骨吊牵术治疗小儿漏斗胸的方法和疗效。

8.Gravitic Hooks are large, suspensory arms which create a gravitic sheath in which a small vessel can be transported by a larger one.

重力钩是大型的悬挂设备,产生可使更小船只由大型舰运输的重力护罩。

9.The F is used for short range anti-submarine purpose around the carrier and depends on its own AQS-13F suspensory sonar to detect the submarine.

型则用于航母周围的短距反潜,主要依赖其AQS-13F悬吊声纳探测雷达。

10.Objective to study the clinical effect of secondary suspensory intraocular lens implantation for aphakia eye after vitrectomy.

目的探讨眼外伤玻璃体切除术后无晶状体眼二期悬吊式人工晶状体植入的临床效果。

11.The suspensory 悬挂的 mechanism of the bridge allows it to withstand heavy loads.

桥的suspensory 悬挂的 机制使其能够承受重载。

12.In equine medicine, a suspensory 悬挂的 ligament injury is common among racehorses.

在马医学中,赛马常见的伤害是suspensory 悬挂的 韧带损伤。

13.The doctor recommended a suspensory 悬挂的 bandage to support my injured ankle.

医生建议使用一种suspensory 悬挂的 绷带来支撑我受伤的脚踝。

14.He wore a suspensory 悬挂的 support for his groin injury during the game.

他在比赛中穿了一种suspensory 悬挂的 支撑以保护他的腹股沟伤。

15.The suspensory 悬挂的 cables of the tower are crucial for its stability.

塔的suspensory 悬挂的 电缆对其稳定性至关重要。

作文

In the realm of biology and anatomy, the term suspensory refers to structures that support or hold organs in place. One of the most common examples is the suspensory ligament, which plays a crucial role in maintaining the position of various organs within the body. For instance, in the male reproductive system, the suspensory ligament of the ovary helps to anchor the ovaries in their proper location, ensuring that they function effectively. Understanding the significance of these suspensory structures can provide insight into how our bodies maintain balance and stability. Moreover, the concept of suspensory extends beyond human anatomy. In the animal kingdom, many species possess suspensory ligaments that serve similar purposes. For example, horses have a well-developed suspensory ligament that supports their legs during movement, preventing injury and allowing for greater agility. This highlights the evolutionary importance of suspensory structures in enabling organisms to thrive in their environments.In a broader context, the idea of suspensory can also be applied metaphorically. For instance, in the world of art and design, certain elements can be considered suspensory when they create a sense of balance or stability within a composition. Artists often use suspensory lines or shapes to guide the viewer's eye and create a harmonious visual experience. This demonstrates that the principles of suspensory support are not limited to physical structures but can also be found in creative expressions.Furthermore, the concept of suspensory can be seen in various fields such as engineering and architecture. Engineers often design suspensory systems to support heavy loads, ensuring that structures remain stable and safe. Bridges, for example, utilize suspensory cables to distribute weight evenly, allowing them to span great distances without collapsing. This practical application of suspensory principles showcases the interdisciplinary nature of this concept, bridging biology, art, and engineering.In conclusion, the term suspensory encompasses a wide range of meanings across different disciplines. Whether referring to biological structures that support organ placement, artistic elements that create balance, or engineering systems that ensure stability, the essence of suspensory remains the same: it is about providing support and maintaining equilibrium. By exploring the various contexts in which suspensory is used, we can gain a deeper appreciation for its significance in both our physical world and our creative endeavors. Ultimately, understanding the multifaceted nature of suspensory enriches our knowledge and allows us to see the interconnectedness of different fields of study.

在生物学和解剖学领域,术语suspensory指的是支持或固定器官的位置的结构。一个常见的例子是suspensory韧带,它在维持身体内各种器官的位置中发挥着至关重要的作用。例如,在男性生殖系统中,卵巢的suspensory韧带有助于将卵巢锚定在正确的位置,确保它们有效地发挥功能。理解这些suspensory结构的重要性可以提供对我们身体如何保持平衡和稳定的深入见解。此外,suspensory的概念超越了人类解剖学。在动物王国中,许多物种拥有类似功能的suspensory韧带。例如,马的suspensory韧带发达,能够在运动过程中支持它们的腿部,防止受伤并提高灵活性。这突显了suspensory结构在使生物能够在其环境中繁衍生息方面的进化重要性。在更广泛的背景下,suspensory的概念也可以比喻性地应用。例如,在艺术和设计的世界中,某些元素可以被视为suspensory,当它们在作品中创造出平衡或稳定感时。艺术家经常使用suspensory线条或形状来引导观众的视线,创造和谐的视觉体验。这表明,suspensory支撑的原则不仅限于物理结构,还可以在创作表达中找到。此外,suspensory的概念还可以在工程和建筑等各个领域中看到。工程师们常常设计suspensory系统以支持重物,确保结构保持稳定和安全。例如,桥梁利用suspensory电缆均匀分配重量,使其能够跨越较大的距离而不倒塌。这种suspensory原则的实际应用展示了这一概念的跨学科性质,连接了生物学、艺术和工程。总之,术语suspensory在不同学科中包含了广泛的含义。无论是指支持器官位置的生物结构、创造平衡的艺术元素,还是确保稳定性的工程系统,suspensory的本质始终相同:它是关于提供支持和维持平衡。通过探索suspensory被使用的各种上下文,我们可以更深入地欣赏它在我们物理世界和创造性努力中的重要性。最终,理解suspensory的多面性丰富了我们的知识,并使我们能够看到不同研究领域之间的相互联系。