fluoroscopy

简明释义

英[ˌflʊəˈrɒskəpi]美[ˌflʊəˈrɑskəpi]

n. [特医]荧光镜检查; X 线透视检查

英英释义

单词用法

同义词

反义词

例句

1.X-ray guidance, called fluoroscopy, is used so the practitioner can visualize the needle going into the cervical epidural space.

操作者使用胨x线(称为透视)的引导，可以看到针穿入颈椎硬膜外腔。

2.Results The effect of the methods of combine digital fluoroscopy and digital radiograph in IVU is evident.

结果数字透视与数字摄影相结合的方法在静脉尿路造影中效果明显。

3.Methods the animal test, X-ray fluoroscopy and the blood density measurement were carried out.

方法动物实验、X光透视及血液浓度含量检测的实验验证。

4.Objective To evaluate the diagnostic value of ultrasonography and X-ray fluoroscopy in abnormal place of intrauterine contraceptive devices (IUD).

目的探讨超声、X线透视检查对判定节育环异常的价值。

5.Objective To study the successful puncture rate and complications of lumbar sympathetic ganglion puncture directed by X-ray fluoroscopy.

目的研究X线平片测量法和X线透视法在腰交感神经节穿刺中的到位成功率及其并发症。

6.Purpose: To investigate the advantages and the applications of CT fluoroscopy.

目的：探讨CT透视的优点及其在介入放射学中的应用。

7.Angiography is the use of fluoroscopy to view the cardiovascular system.

造影是使用透视查看心血管系统。

8.This paper briefly analyzes the working principle of fluoroscopy of C-arm, describes its analysis and troubleshooting process of no image display.

简要分析了C型臂机透视工作原理，介绍了曝光正常但无图像显示故障的分析和排除过程。

9.The doctor used fluoroscopy to guide the placement of the catheter during the procedure.

医生使用荧光透视来指导导管在手术中的放置。

10.During the examination, fluoroscopy allowed the physician to view the patient's digestive tract in real time.

在检查过程中，荧光透视让医生实时查看病人的消化道。

11.The technician explained that fluoroscopy can help identify any blockages in the blood vessels.

技术员解释说，荧光透视可以帮助识别血管中的任何阻塞。

12.For the joint injection, the orthopedic surgeon relied on fluoroscopy to ensure accuracy.

为了进行关节注射，骨科医生依赖于荧光透视以确保准确性。

13.The use of fluoroscopy in dentistry helps in diagnosing issues with the jaw and teeth.

在牙科中使用荧光透视有助于诊断下颌和牙齿的问题。

作文

Fluoroscopy is a medical imaging technique that allows real-time visualization of the internal structures of the body. It uses X-rays to produce a continuous series of images, which can be viewed on a monitor. This technique is particularly useful for examining the gastrointestinal tract, as well as for guiding certain medical procedures. The ability to see movement in real time makes fluoroscopy (荧光透视) an invaluable tool in both diagnosis and treatment. One of the most common applications of fluoroscopy (荧光透视) is in the evaluation of swallowing disorders. Patients who have difficulty swallowing may undergo a fluoroscopy (荧光透视) procedure known as a barium swallow test. In this test, the patient ingests a barium solution, which coats the esophagus and allows the physician to observe the swallowing process live on a screen. This helps in diagnosing conditions such as dysphagia or esophageal strictures. Another significant use of fluoroscopy (荧光透视) is in orthopedic surgery. Surgeons often rely on fluoroscopy (荧光透视) to guide them during procedures such as joint replacements or fracture repairs. By using fluoroscopy (荧光透视), they can ensure that implants are placed accurately and that bones are aligned properly. This real-time feedback can significantly reduce the risk of complications and improve surgical outcomes. Moreover, fluoroscopy (荧光透视) plays a crucial role in interventional radiology. Radiologists use this technique to perform minimally invasive procedures, such as catheter placements or biopsies. By visualizing the target area with fluoroscopy (荧光透视), they can navigate instruments through the body safely and effectively. This not only minimizes the need for larger incisions but also enhances recovery times for patients. Despite its many benefits, fluoroscopy (荧光透视) does come with some risks. Since it involves exposure to ionizing radiation, there is a potential for radiation-related complications, especially with repeated procedures. Therefore, healthcare providers must weigh the risks against the benefits when recommending fluoroscopy (荧光透视). They also take precautions to minimize radiation exposure, such as using lead shields and limiting the duration of the examination. In conclusion, fluoroscopy (荧光透视) is a powerful diagnostic and therapeutic tool in modern medicine. Its ability to provide real-time imaging makes it essential for various medical disciplines, including gastroenterology, orthopedics, and interventional radiology. While there are risks associated with radiation exposure, the advantages of fluoroscopy (荧光透视) in improving patient care are undeniable. As technology advances, we can expect further enhancements in fluoroscopy (荧光透视) techniques, leading to safer and more effective applications in the future.

荧光透视是一种医学成像技术，允许实时可视化身体内部结构。它使用X射线产生连续的图像，可以在监视器上查看。这项技术特别适用于检查消化道，以及指导某些医疗程序。能够实时看到运动使得fluoroscopy（荧光透视）成为诊断和治疗中不可或缺的工具。 fluoroscopy（荧光透视）最常见的应用之一是在评估吞咽障碍时。那些有吞咽困难的患者可能会接受一种称为钡吞咽测试的fluoroscopy（荧光透视）程序。在这个测试中，患者摄入一种钡溶液，它覆盖食道，使医生能够在屏幕上实时观察吞咽过程。这有助于诊断如吞咽困难或食道狭窄等疾病。 fluoroscopy（荧光透视）在骨科手术中的另一个重要用途是外科医生在关节置换或骨折修复等手术中经常依赖fluoroscopy（荧光透视）。通过使用fluoroscopy（荧光透视），他们可以确保植入物准确放置，骨骼正确对齐。这种实时反馈可以显著降低并发症的风险，提高手术结果。 此外，fluoroscopy（荧光透视）在介入放射学中发挥着关键作用。放射科医生使用这项技术进行微创手术，如导管置入或活检。通过使用fluoroscopy（荧光透视）可视化目标区域，他们可以安全有效地导航仪器穿过身体。这不仅减少了对较大切口的需求，还增强了患者的恢复时间。 尽管有许多好处，fluoroscopy（荧光透视）确实存在一些风险。由于涉及到电离辐射的暴露，因此存在与辐射相关的并发症的潜在风险，尤其是在重复程序中。因此，医疗提供者在推荐fluoroscopy（荧光透视）时必须权衡风险与收益。他们还采取预防措施以最小化辐射暴露，例如使用铅屏蔽和限制检查的持续时间。 总之，fluoroscopy（荧光透视）是现代医学中一种强大的诊断和治疗工具。其提供实时成像的能力使其在包括胃肠病学、骨科和介入放射学等各种医学领域中至关重要。虽然与辐射暴露相关的风险，但fluoroscopy（荧光透视）在改善患者护理方面的优势是毋庸置疑的。随着技术的进步，我们可以期待在未来的fluoroscopy（荧光透视）技术中进一步增强，从而实现更安全、更有效的应用。