The lung is one of the most important organs of the human body, which undertakes important physiological functions such as breathing and Gas exchange. The lung disease is one of the common diseases in the medical field, such as pneumonia, lung cancer, Pulmonary fibrosis, etc. Ultrasound scanning technology is an efficient and non-invasive examination method for the detection and efficacy evaluation of these lung diseases.

1、 Ultrasound scanning technology and lung disease detection

Ultrasonic scanning technology, also known as ultrasound examination, is a non-invasive, non radiographic, and non-invasive examination method. So, for young people and those who are sensitive to radiation, ultrasound scanning is an ideal method for tracking lung diseases.

In the application of ultrasound scanning technology, doctors use ultrasound probes to scan the patient's body surface and obtain images of the patient's internal organs. Compared to traditional X-ray examination and other methods, ultrasound scanning can display clearer details such as blood vessels and lymph nodes. In addition, ultrasound scanning can also be performed simultaneously with breathing to observe the changes in lung diseases during the breathing process, thereby detecting the scope and nature of the patient's lung diseases.

There are two common methods for detecting lung diseases: chest X-ray and CT scanning. However, X-ray photographs require several minutes of exposure, thus posing a higher radiation risk to patients. For skilled doctors, CT scanning takes much shorter time to perform examinations than X-ray photographs, and the radiation risk is also lower. However, CT scans require the use of harmful substances. At this time, the ultrasonic scanning technology is very excellent. It can not only detect the situation of the inspection site, but also observe the evolution of the respiratory cycle and circulation image in real time, so as to minimize the impact as far as possible.

In the research of ultrasound scanning technology, people quickly discovered its unique advantages in lung disease examination. Although there is sufficient gas in the lungs to limit the penetration and scanning of ultrasound, ultrasound scanning can be effectively controlled by changing parameters such as probe angle, pressure, and frequency. Therefore, this technology can effectively detect pulmonary interstitial lesions.

2、 Ultrasound scanning technology and evaluation of therapeutic effects on lung diseases

In addition to detecting lung diseases, ultrasound scanning technology can also assist doctors in evaluating the efficacy of lung diseases. This plays a very important role in determining the treatment plan and evaluating the efficacy.

By relying on A-mode ultrasound scanning technology, doctors can measure the thickness, structure, changes, and level of lung lesions in patients with lung diseases, which helps to accurately evaluate the shape and quantity of lung lesions. After having sufficient case data, by comparing the scanning results of lung disease patients in different situations, a certain amount of case data statistics can be formed to classify the development of the disease.

In the process of lung disease treatment, low-risk operations such as intraoral, throat, tracheal exploration, and endoscopy should be combined with the use of Narcotic. These operations can be passively induced to actively induced through ultrasonic scanning technology, making the scanning range more standardized and comparable.

In addition, ultrasound scanning technology can also be effectively applied in monitoring during lung chemotherapy and supportive treatment. It can monitor the patient's respiratory rate and oxygen supplementation, and its high-frequency and clear images can be submitted to different treatment time points of the case to evaluate the treatment effect.

3、 Assistance in emergency rescue: ultrasound scanning technology and rapid diagnosis of lung diseases

The application of ultrasonic scanning technology in emergency rescue has been widely recognized. During the rescue process, it is crucial to quickly identify the patient's illness and provide corresponding treatment. Ultrasonic scanning technology has significant advantages in fast scanning and accurate diagnosis, therefore it has been widely used in emergency rescue sites.

In the rapid diagnosis of lung diseases, ultrasonic scanning technology can help doctors quickly find imaging changes, determine the boundary between normal tissues and diseased tissues, check the dynamic changes of lung diseases, evaluate the patients' Lung volumes and weighted scores, locate specific lesions, etc., making rapid diagnosis of diseases very important in the emergency rescue process.

Conclusion:

In summary, with the continuous progress of medical technology, ultrasound scanning technology is widely used in the detection and efficacy evaluation of lung diseases. This technology has the advantages of non-invasive, repeatable, and high sensitivity, making it increasingly favored by doctors and patients. With the continuous improvement of technology, we believe that the application of this technology in the medical field will be more extensive and precise, safeguarding the health and life safety of patients.