radiograph

简明释义

英[ˈreɪdɪə(ʊ)grɑːf]美[ˈredɪoɡræf]

n. 射线照片; X 光照片

vt. [核]拍射线照片

复 数 r a d i o g r a p h s

第 三 人 称 单 数 r a d i o g r a p h s

现 在 分 词 r a d i o g r a p h i n g

过 去 式 r a d i o g r a p h e d

过 去 分 词 r a d i o g r a p h e d

英英释义

单词用法

同义词

反义词

例句

1.The purpose of this study was to define the usefulness of an internal oblique radiograph in the assessment of these fractures.

我们这一研究的目的是确定内斜位X线像评价这一骨折的有效性。

2.No wear was found on the latest radiograph, but osteolysis was noted in three femora and two acetabula.

最近的影像学检查未示任何磨损迹象，但在三个股骨和两个髋臼，发现了骨质溶解迹象。

3.Digital chest radiograph can 't display the signs of early lung cancer accurately, and 3cases of early lung cancer were mistaken as benign disease.

数字胸片对早期肺癌征象检出率低，有3例周围型肺癌被误认为良性病变。

4.Digital chest radiograph can 't display the signs of early lung cancer accurately, and 3cases of early lung cancer were mistaken as benign disease.

数字胸片对早期肺癌征象检出率低，有3例周围型肺癌被误认为良性病变。

5.This radiograph of the lumbar spine of a patient with end-stage ankylosing spondylitis shows bridging syndesmophytes, resulting in bamboo spine.

这个晚期强直性脊柱炎患者的腰椎片显示韧带骨赘搭桥，导致竹节样变。

6.The rationale for the pelvic radiograph is because of the high risk of bleeding from pelvic fractures.

对骨盆进行X线检查的道理在于骨盆骨折常合并出血的高风险。

7.Once the prominence of the prosthesis was discovered, a lateral radiograph was performed to confirm position.

发现假体的突起后，通过侧位放射学检查证实定位。

8.The radiograph film processing satisfy teleradiology need, but further improvement is necessary.

结论本研究影像胶片处理基本达到远程放射学的要求，但需进一步完善。

9.CT exposes the patient to more ionizing radiation than a radiograph.

CT公开病人多一个X光片的电离辐射。

10.The dentist took a radiograph to check for cavities.

牙医拍了一张放射影像来检查蛀牙。

11.The doctor reviewed the radiograph to diagnose the broken bone.

医生查看了这张放射影像以诊断骨折。

12.A chest radiograph can help identify lung diseases.

胸部放射影像可以帮助识别肺部疾病。

13.She was anxious about getting her first radiograph at the hospital.

她对在医院拍第一张放射影像感到紧张。

14.The radiograph revealed a shadow on the patient's lung.

这张放射影像显示患者肺部有阴影。

作文

The field of medicine has seen tremendous advancements over the years, particularly in diagnostic imaging. One of the most significant tools in this area is the use of a radiograph, which is essentially an image produced on a sensitive surface by the passage of X-rays or gamma rays through an object or body. The ability to visualize the internal structures of the human body without invasive procedures has revolutionized how doctors diagnose and treat various conditions. Radiographs are commonly used to detect fractures, tumors, and infections, making them invaluable in both emergency and routine medical settings. Understanding how radiographs work is crucial for both medical professionals and patients. When X-rays are directed at a part of the body, they pass through soft tissues but are absorbed by denser materials like bones. This differential absorption creates a contrast that can be captured on film or digitally, resulting in a detailed image of the internal anatomy. For instance, when a patient presents with a suspected broken bone, a doctor will often order a radiograph to confirm the diagnosis. The clarity and detail provided by these images allow for accurate assessments and treatment plans. Moreover, the interpretation of a radiograph requires specialized training. Radiologists, who are doctors specializing in interpreting medical images, play a vital role in diagnosing conditions based on these images. They analyze the radiographs for any abnormalities and provide reports that guide the treatment process. This collaboration between radiologists and other healthcare providers ensures that patients receive comprehensive care based on precise diagnostics. In addition to their diagnostic capabilities, radiographs also serve as a valuable tool for monitoring the progress of treatment. For example, after a patient undergoes surgery for a fracture, follow-up radiographs can help assess the healing process. By comparing initial and subsequent images, doctors can determine whether the bone is healing correctly or if further intervention is needed. While radiographs are incredibly useful, it is essential to consider the risks associated with exposure to radiation. Although the amount of radiation from a single radiograph is relatively low, repeated exposure can accumulate over time. Therefore, healthcare providers must weigh the benefits of obtaining a radiograph against the potential risks. In many cases, the information gained from a radiograph far outweighs these risks, especially when it comes to diagnosing serious conditions. In conclusion, radiographs have become a cornerstone of modern medicine, providing critical insights into the human body. Their ability to reveal internal structures non-invasively has transformed how we approach diagnosis and treatment. As technology continues to advance, we can expect even greater improvements in the quality and accessibility of radiographs, ultimately enhancing patient care. Understanding the importance and function of radiographs is essential not only for healthcare professionals but also for patients who rely on these images for their health outcomes.

医学领域近年来经历了巨大的进步，尤其是在诊断成像方面。其中最重要的工具之一是使用放射线照片，这本质上是通过X射线或伽马射线穿过物体或身体而在敏感表面上产生的图像。能够在不进行侵入性手术的情况下可视化人体内部结构，彻底改变了医生诊断和治疗各种疾病的方式。放射线照片通常用于检测骨折、肿瘤和感染，使其在急救和常规医疗环境中不可或缺。 理解放射线照片的工作原理对于医疗专业人员和患者都至关重要。当X射线照射到身体某个部位时，它们会穿透软组织，但会被像骨头这样的致密材料吸收。这种差异吸收产生的对比可以在胶卷或数字设备上捕捉，从而生成内部解剖结构的详细图像。例如，当患者出现怀疑骨折的情况时，医生通常会要求进行一张放射线照片以确认诊断。这些图像提供的清晰度和细节使得准确评估和治疗计划成为可能。 此外，解读放射线照片需要专业培训。放射科医生是专门解释医学图像的医生，在根据这些图像诊断疾病方面发挥着至关重要的作用。他们分析放射线照片中是否存在任何异常，并提供报告，以指导治疗过程。这种放射科医生与其他医疗提供者之间的合作确保患者基于精确的诊断获得全面的护理。 除了其诊断能力，放射线照片还作为监测治疗进展的有价值工具。例如，在患者接受骨折手术后，后续的放射线照片可以帮助评估愈合过程。通过比较初始图像和后续图像，医生可以确定骨头是否正确愈合，或者是否需要进一步干预。 虽然放射线照片非常有用，但考虑到辐射暴露的风险也很重要。尽管一次放射线照片的辐射量相对较低，但重复暴露可能会随着时间的推移而累积。因此，医疗提供者必须权衡获取放射线照片的好处与潜在风险。在许多情况下，从放射线照片中获得的信息远远超过这些风险，尤其是在诊断严重疾病时。 总之，放射线照片已成为现代医学的基石，为我们提供了对人体的关键洞察。它们无创地揭示内部结构的能力改变了我们处理诊断和治疗的方法。随着技术的不断进步，我们可以期待在放射线照片的质量和可及性方面取得更大的改善，最终提升患者护理。理解放射线照片的重要性和功能不仅对医疗专业人员至关重要，也对依赖这些图像来改善健康结果的患者同样重要。