Naloxone combined with non-invasive ventilation for the treatment of chronic obstructive pulmonary disease based on radioactive X-ray image inspection

Abstract

The purpose of this study was to investigate the application of radiography in patients with COPD and analyze its value in diagnosis and evaluation. During radiological X-rays, patients wear specific lead protective equipment to reduce radiation exposure and obtain images from different angles and fields of view. The obtained X-ray images were evaluated and analyzed to examine the structural and morphological features of the lung tissue. In this study, the treatment scheme of naloxone combined with salbutamol combined with non-invasive ventilator was adopted, which improved the effectiveness and accuracy of treatment by supporting the computer medical image segmentation recognition system. The analysis results showed that the respiratory function of patients in naloxone combined with non-invasive ventilation treatment group was significantly improved after treatment, and the lung image characteristics also had positive changes. Compared with the conventional treatment group, naloxone combined with noninvasive ventilation has significant advantages in improving ventilation function and reducing pulmonary disease in COPD patients. Naloxone combined with non-invasive ventilation based on medical image recognition has the potential to improve the condition of COPD patients and predict treatment response. The results of this study provide a new idea for the treatment of COPD patients and provide a reference for further optimization of treatment.