coronoid
简明释义
adj. 冠状的;喙状的
英英释义
Relating to or resembling a crown or coronal structure, often used in anatomical contexts to describe certain bony projections. | 与冠状或冠状结构相关或相似,通常在解剖学中用于描述某些骨骼突起。 |
单词用法
下颌骨的冠状突 | |
冠状肌 | |
冠状突骨折 | |
冠状结构 |
同义词
冠状突 | The coronoid process is an important landmark for the attachment of muscles. | 冠状突是肌肉附着的重要标志。 | |
冠状骨 | In anatomy, the coronoid bone plays a role in the structure of the jaw. | 在解剖学中,冠状骨在下颌的结构中发挥作用。 |
反义词
髁状的 | The condylar process of the mandible articulates with the temporal bone. | 下颌骨的髁状突与颞骨关节相接。 | |
球形的 | The spherical shape of the joint allows for a wide range of motion. | 关节的球形结构允许更广泛的运动范围。 |
例句
1.Objective: To evaluate the clinical treatment effect of fractures in central section of face used of inner fixation diaplasis method through scalp coronoid incision.
目的观察面中部骨折,采用头皮冠状切口切开复位内固定治疗的临床效果。
2.Objective To investigate the unstable characteristics and necessity of internal fixation for acute posterior dislocation of elbow associated with ulnar coronoid fractures.
目的探讨急性肘关节后脱位伴尺骨冠状突骨折的不稳定性和手术内固定的必要性。
3.It is proved that the R-rotation graph of a elementary coronoid system is a multiple directed rooted tree containing at least 2 trees.
如果冠状系统是基本的,已经证明其R -旋转图至少包含2棵有向根树。
4.Secure fixation of the coronoid fracture usually restores good elbow function.
突骨折的妥善固定通常可较好恢复肘关节功能。
5.To determine the elbow joint stability in the coronoid process fracture and the coronoid process fracture merging radial head comminuted fracture by a mechanical experimental analysis.
分析尺骨冠突骨折及合并桡骨小头粉碎骨折时肘关节的稳定性。
6.METHODS: Eighteen patients with a fracture of the anteromedial facet of the coronoid process were treated over a six-year period.
方法:18例发生尺骨冠突前内关节面骨折的患者经过6年以上的治疗。
7.Objective To report clinical features of coronoid process hyperplasia related mouth opening limitation.
目的报道喙突过长引起下颌运动受限、开口困难的病例资料,供临床工作借鉴。
8.To determine the elbow joint stability in the coronoid process fracture and the coronoid process fracture merging radial head comminuted fracture by a mechanical experimental analysis.
分析尺骨冠突骨折及合并桡骨小头粉碎骨折时肘关节的稳定性。
9.PURPOSE:To determine the efficacy of interpositional temporalis myofascial flap and coronoid process graft in the treatment of temporomandibular joint ankylosis.
目的:应用带蒂颞肌筋膜瓣联合冠突移植治疗颞下颌关节真性强直,评价其重建颞下颌关节的效果。
10.Lateral approaches are useful in addressing pathology at the radial head, capitellum, coronoid process, and anterior and posterior capsules.
尺神经的前,后胶囊,以及冠突处理的手段内侧的办法。
11.During the examination, the doctor palpated the coronoid area to assess for tenderness.
在检查过程中,医生触诊了冠状突区域以评估是否有压痛。
12.Damage to the coronoid can lead to significant functional impairment of the jaw.
对冠状突的损伤可能导致下颌的严重功能障碍。
13.In anatomy, the coronoid notch allows for the passage of nerves and blood vessels.
在解剖学中,冠状切迹允许神经和血管的通过。
14.The coronoid process is an important landmark for dental surgeons during procedures.
在手术过程中,冠状突是牙科外科医生的重要标志。
15.The coronoid process serves as an attachment point for several muscles involved in mastication.
冠状突作为参与咀嚼的多条肌肉的附着点。
作文
The human body is a marvel of biological engineering, with each part serving a specific function that contributes to our overall health and well-being. Among these anatomical structures, the term coronoid refers to a specific part of the mandible, or jawbone, which plays a critical role in our ability to chew and speak. Understanding the significance of the coronoid process can help us appreciate the complexity of our skeletal system and its impact on daily life.The coronoid process is a triangular projection located at the upper part of the ramus of the mandible. This bony prominence serves as an attachment point for the temporalis muscle, one of the primary muscles responsible for elevating the jaw during chewing. The importance of the coronoid process cannot be overstated; it allows for the powerful movements required to break down food into smaller, digestible pieces. Without this structure, our ability to eat would be severely compromised.In addition to its functional role in mastication, the coronoid process also has clinical significance. Dental professionals often examine the coronoid area when assessing jaw alignment and function. Issues such as temporomandibular joint (TMJ) disorders can arise from abnormalities in the coronoid process or surrounding structures. These disorders can lead to pain, discomfort, and limited movement of the jaw, affecting not only eating but also speaking and overall quality of life.Moreover, the coronoid process is often referenced in the context of oral surgery. Surgeons must have a thorough understanding of the anatomy surrounding the coronoid to perform procedures safely and effectively. For instance, during wisdom tooth extraction or orthognathic surgery, the coronoid process may be manipulated or repositioned to access impacted teeth or realign the jaw. This highlights the need for a detailed knowledge of the coronoid and its relationship to other facial structures.From an evolutionary perspective, the coronoid process reflects the adaptations our ancestors made in response to their dietary needs. Early humans had a diet that required significant chewing, leading to the development of stronger jaw muscles and more pronounced coronoid processes. As diets evolved and became softer with the advent of cooking and food processing, the demands on the jaw changed, yet the coronoid remains a testament to our evolutionary history.In summary, the coronoid process is a vital component of the human jaw that facilitates essential functions like chewing and speaking. Its significance extends beyond basic anatomy; it plays a crucial role in dental health, surgical procedures, and understanding our evolutionary past. By studying the coronoid process, we gain insights into the intricate workings of the human body and the importance of each anatomical feature in maintaining our overall health. Therefore, the next time you bite into your favorite food, take a moment to appreciate the remarkable coronoid process and all that it enables us to do.
人体是生物工程的奇迹,每个部分都发挥着特定的功能,有助于我们的整体健康和福祉。在这些解剖结构中,术语coronoid指的是下颌骨或下巴的一部分,在我们咀嚼和说话的能力中起着关键作用。理解coronoid突起的重要性可以帮助我们欣赏骨骼系统的复杂性及其对日常生活的影响。coronoid突起是位于下颌骨支的上部的三角形突起。这一骨性突起作为颞肌的附着点,颞肌是负责在咀嚼时抬起下颌的主要肌肉之一。coronoid突起的重要性不容小觑;它使我们能够进行强有力的运动,以将食物分解成更小、可消化的块。如果没有这一结构,我们的进食能力将受到严重影响。除了在咀嚼中的功能角色外,coronoid突起在临床上也具有重要意义。牙科专业人员在评估下颌对齐和功能时,经常检查coronoid区域。像颞下颌关节(TMJ)障碍等问题可能源于coronoid突起或周围结构的异常。这些障碍可能导致疼痛、不适和下颌运动受限,不仅影响进食,还影响说话和整体生活质量。此外,coronoid突起在口腔外科的背景下也常被提及。外科医生必须对coronoid周围的解剖结构有透彻的了解,以安全有效地进行手术。例如,在智齿拔除或正颌手术过程中,可能需要操作或重新定位coronoid突起,以便获取嵌塞的牙齿或重新对齐下颌。这突显了对coronoid及其与其他面部结构关系的详细知识的必要性。从进化的角度来看,coronoid突起反映了我们的祖先在饮食需求响应下所做的适应。早期人类的饮食需要大量咀嚼,导致下颌肌肉变得更强壮,coronoid突起更加明显。随着饮食的演变和烹饪及食品加工的出现,咀嚼的需求发生了变化,但coronoid仍然是我们进化历史的见证。总之,coronoid突起是人体下颌的重要组成部分,促进了咀嚼和说话等基本功能。它的重要性超越了基本解剖学;在牙齿健康、外科手术和理解我们进化过去方面,它发挥着至关重要的作用。通过研究coronoid突起,我们获得了对人体复杂运作的洞察以及每个解剖特征在维持我们整体健康中的重要性。因此,下次你咬一口最喜欢的食物时,花一点时间来欣赏这个令人惊叹的coronoid突起及其使我们能够做的一切。