tuberosity

简明释义

英[ˌtjuːbəˈrɒsətɪ]美[ˌtʊbəˈrɑsɪti;ˌtjʊbəˈrɑsɪti]

n. 结节；有块茎；块茎状物

复 数 t u b e r o s i t i e s

英英释义

单词用法

同义词

反义词

例句

1.Pertaining to or of the nature of a normal tuberosity or tubercle.

与正常的结节有关，或具有正常的结节特征。

2.Failure to remove distal or buccal bone while removing one of these teeth can cause the entire maxillary tuberosity to be fractured off, thereby tearing out the floor of the maxillary sinus.

在拔牙的过程中如果远端骨或颊骨移动失败就会造成整个上颌结节断裂，从而造成上颌窦底撕裂。

3.Methods The ct manifestation of 12 cases of cyst of ischial tuberosity confirmed by both surgery and pathology were studied retrospectively.

方法回顾性分析12例经手术及病理证实的坐骨结节囊肿的CT表现。

4.T he radiographic complications included high position of great tuberosity in 3cases, inadequate retro-version in 3cases.

影像学并发症包括3例肱骨大结节位置上移，3例假体后倾位置不良。

5.Binocular 3D Computer Vision metrical method was employed to measure the displacement of greater tuberosity relative to the humeral diaphysis.

对肩关节不同的外旋和前屈上举角度时大结节与肱骨干之间的相对位移进行测定。

6.Conclusions: a lesser tuberosity fracture, without an associated humeral head or greater tuberosity fracture, is a rare injury.

结论：未合并相关肱骨头或大结节骨折的肱骨小结节骨折临床少见。

7.Objective To explore the manifestation of cyst of ischial tuberosity on ct scan and its diagnostic value.

目的探讨坐骨结节囊肿的CT表现及CT扫描的诊断价值。

8.An X-ray revealed a fracture at the tuberosity of my fibula.

X光显示我的腓骨结节处有骨折。

9.During the anatomy class, we learned about the various muscles that attach to the tuberosity of the humerus.

在解剖课上，我们学习了附着于肱骨结节的各种肌肉。

10.The physical therapist recommended exercises to strengthen the muscles around the tuberosity on my shoulder.

物理治疗师建议进行锻炼，以增强我肩部周围的结节肌肉。

11.The doctor explained that the pain in my knee was due to inflammation of the tuberosity near the patella.

医生解释说，我膝盖的疼痛是由于髌骨附近的结节发炎所致。

12.Sports injuries often involve damage to the tuberosity of the tibia, leading to significant pain.

运动损伤通常涉及到胫骨的结节受损，导致显著的疼痛。

作文

The human body is a complex structure made up of various components, each serving a unique purpose. One of the fascinating aspects of anatomy is the presence of specific features that enhance the functionality of our bones and muscles. Among these features, the term tuberosity refers to a large rounded prominence on a bone, which serves as an attachment point for muscles and ligaments. Understanding the significance of tuberosity can provide deeper insights into how our bodies move and function. For instance, the tibial tuberosity is a notable example found on the tibia, the larger bone in the lower leg. This bony prominence is crucial because it provides a site for the attachment of the patellar tendon, which connects the kneecap to the shinbone. When we walk, run, or jump, the muscles responsible for these movements pull on the tendon, which in turn exerts force on the tibial tuberosity. This interaction highlights the importance of tuberosity in facilitating movement and stability in the knee joint. In addition to the tibial tuberosity, there are several other examples throughout the body where tuberosity plays a critical role. The ischial tuberosity, located on the pelvis, is another significant area where muscles such as the hamstrings attach. This bony landmark is essential for activities involving the legs, such as sitting, standing, and walking. Without the proper functioning of these tuberosities, our mobility would be severely hindered. Moreover, understanding tuberosity is not only important for anatomical studies but also for medical professionals. Injuries related to tuberosity can lead to significant pain and impairment. For example, conditions like Osgood-Schlatter disease occur when there is inflammation at the tibial tuberosity, often seen in adolescents who are active in sports. Recognizing the signs and symptoms associated with this condition is crucial for timely intervention and treatment. In the realm of sports medicine, knowledge of tuberosity can aid in developing rehabilitation programs for athletes recovering from injuries. Strengthening exercises that target the muscles attached to various tuberosities can help prevent future injuries and improve overall performance. In summary, tuberosity is more than just a technical term; it represents a vital aspect of human anatomy that facilitates movement and supports various bodily functions. By recognizing the importance of these bony prominences, we can appreciate the intricate design of the human body and the critical roles played by different structures. Whether in the context of physical activity, injury prevention, or medical treatment, understanding tuberosity is essential for anyone interested in human health and anatomy.

人体是一个复杂的结构，由各种组成部分构成，每个部分都具有独特的功能。解剖学的一个迷人方面是存在一些特定的特征，这些特征增强了我们骨骼和肌肉的功能。在这些特征中，术语tuberosity指的是骨头上的一个大型圆形隆起，它作为肌肉和韧带的附着点。理解tuberosity的重要性可以更深入地了解我们身体如何移动和运作。例如，胫骨粗隆是一个显著的例子，位于胫骨上，即小腿中的较大骨头。这个骨突起至关重要，因为它为髌腱的附着提供了一个位置，髌腱将膝盖骨连接到胫骨。当我们走路、跑步或跳跃时，负责这些动作的肌肉会拉动腱，而腱又施加力量于胫骨粗隆。这种互动突显了tuberosity在促进运动和稳定膝关节方面的重要性。除了胫骨粗隆，还有许多其他例子表明tuberosity在整个身体中发挥着关键作用。坐骨粗隆位于骨盆上，是另一个重要的区域，肌肉如股二头肌在此附着。这个骨性标志对于腿部活动（如坐、站和行走）至关重要。如果这些tuberosities的正常功能受到影响，我们的移动能力将受到严重阻碍。此外，了解tuberosity不仅对解剖学研究重要，对医疗专业人员而言也同样重要。与tuberosity相关的伤害可能导致显著的疼痛和功能障碍。例如，像Osgood-Schlatter病这样的疾病发生在胫骨粗隆处有炎症，通常见于积极参与运动的青少年。识别与此病相关的迹象和症状对于及时干预和治疗至关重要。在运动医学领域，了解tuberosity可以帮助制定运动员康复计划，以恢复受伤。针对附着在不同tuberosities上的肌肉的强化练习可以帮助预防未来的伤害，并改善整体表现。总之，tuberosity不仅仅是一个技术术语；它代表了人类解剖学的一个重要方面，促进运动并支持各种身体功能。通过认识到这些骨性隆起的重要性，我们可以欣赏人体的复杂设计以及不同结构所发挥的关键作用。无论是在身体活动、伤害预防还是医疗治疗的背景下，理解tuberosity对任何对人类健康和解剖学感兴趣的人来说都是必不可少的。