cephalometry

简明释义

英[ˌsefəˈlɒmɪtri]美[ˌsefəˈlɑːmɪtrɪ]

n. [人类] 头部测量法；头部测量学

英英释义

单词用法

同义词

反义词

例句

1.Objective This article is to find the difference between prominent mandibular Angle female cohort and normal female cohort by three-dimension cephalometry.

目的：通过对下颌角肥大女性人群颅面结构进行三维测量，发现下颌角肥大人群与正常人群颅面结构的差异。

2.The software is an integrated diagnosis and management system, including case management, model measurement, X-cephalometry, diagnostic analysis, treatment project and network research.

本系统是集口腔正畸患者临床资料记载、模型测量、诊断分类管理、治疗方案、患者网上查询为一体的综合诊断管理系统。

3.The software is an integrated diagnosis and management system, including case management, model measurement, X-cephalometry, diagnostic analysis, treatment project and network research.

本系统是集口腔正畸患者临床资料记载、模型测量、诊断分类管理、治疗方案、患者网上查询为一体的综合诊断管理系统。

4.X-ray cephalometry films were taken before and after treatment, The position of the incisors and sclerous tissues and soft tissues were analyzed.

矫治前后摄X线头颅定位侧位片，对切牙位置及硬、软组织进行测量分析。

5.Methods Fifteen craniofacial soft tissue and bony structure variables and 7 upper airway variables were measured in 115 male OSA patients using cephalometry technique.

方法采用颌面结构分析法测定115例男性OSA患者鼻咽、口咽及下咽部5个层面的气道径及上气道长度、面积值，以及15项颌面结构参数。

6.Objective to evaluate the accuracy of computerized automatic recognition system of cephalometry.

目的：验证X线头影测量计算机自动识别系统的可靠性。

7.The findings from cephalometry were presented at the dental conference to highlight advancements in orthodontics.

来自头影测量法的研究结果在牙科会议上展示，以强调正畸学的进步。

8.Using cephalometry, the team was able to create a detailed map of the patient's craniofacial structure.

通过使用头影测量法，团队能够为患者的颅面结构创建详细的地图。

9.In a recent study, researchers found that cephalometry can help predict facial growth patterns in children.

在最近的一项研究中，研究人员发现头影测量法可以帮助预测儿童的面部生长模式。

10.The orthodontist used cephalometry to analyze the patient's jaw alignment before treatment.

正畸医生使用头影测量法来分析患者在治疗前的下颌对齐情况。

11.The dentist explained how cephalometry is crucial for planning orthodontic procedures.

牙医解释了头影测量法在计划正畸手术中的重要性。

作文

Cephalometry is a specialized field that focuses on the measurement of the head, particularly the dimensions and relationships of various craniofacial structures. This discipline plays an essential role in various medical and dental practices, enabling professionals to diagnose and plan treatments for conditions related to the skull and face. The term 'cephalometry' comes from the Greek words 'kephalē,' meaning head, and 'metron,' meaning measure. In recent years, the importance of cephalometry (头部测量学) has grown significantly, especially in orthodontics, where precise measurements are crucial for effective treatment planning.One of the primary applications of cephalometry (头部测量学) is in orthodontics, where it assists in assessing the relationship between the teeth, jaws, and facial structures. Orthodontists utilize cephalometric analysis to evaluate skeletal and dental relationships, which helps them design personalized treatment plans. By understanding the spatial relationships of the craniofacial components, orthodontists can predict how changes in tooth positioning will affect the overall facial aesthetics and function.In addition to orthodontics, cephalometry (头部测量学) is also vital in oral and maxillofacial surgery. Surgeons rely on accurate measurements to plan surgical interventions, such as corrective jaw surgeries or facial reconstructive procedures. By utilizing cephalometric data, they can ensure that the surgical outcomes align with the patient's functional and aesthetic goals.Furthermore, cephalometry (头部测量学) has applications in fields beyond dentistry and surgery. For instance, it is used in anthropology and forensic science to study human variation and identify individuals based on craniofacial features. Researchers can analyze cephalometric data to understand population differences and evolutionary trends, providing valuable insights into human biology and history.The advancement of technology has significantly enhanced the practice of cephalometry (头部测量学). Traditional methods involved manual measurements using calipers and X-rays, which could be time-consuming and prone to errors. However, with the introduction of digital imaging and software, cephalometric analysis has become more efficient and accurate. Digital cephalometry allows for the automated measurement of craniofacial structures, reducing the potential for human error and improving the reliability of the data.Moreover, the integration of three-dimensional imaging techniques has revolutionized cephalometry (头部测量学). 3D imaging provides a more comprehensive view of the craniofacial anatomy, allowing for better visualization and interpretation of complex relationships. This advancement not only enhances diagnostic capabilities but also aids in treatment planning and outcome prediction.In conclusion, cephalometry (头部测量学) is a critical discipline that encompasses the measurement and analysis of craniofacial structures. Its applications span various fields, including orthodontics, oral surgery, anthropology, and forensic science. As technology continues to advance, the practice of cephalometry (头部测量学) will likely evolve further, enhancing our understanding of craniofacial anatomy and improving patient care across multiple disciplines.