Objective: to evaluate the directional therapeutic effect of severe ultrasound, PCUM, adjusted pulmonary window, pulmonary ultrasound examination and high-frequency chest wall oscillation sputum discharge system in th...Objective: to evaluate the directional therapeutic effect of severe ultrasound, PCUM, adjusted pulmonary window, pulmonary ultrasound examination and high-frequency chest wall oscillation sputum discharge system in the diagnosis and treatment process of children with severe pneumonia. Method: select from December 2020 to December 2021,256 cases with obvious imaging changes in severe pneumonia, using severe ultrasound PCUM adjust lung window lung ultrasound, combined with its imaging performance, directional implementation of high frequency chest wall oscillation sputum treatment and drainage, treatment before and after the comparison of the oxygenation index, mechanical ventilation mechanical index, imaging changes, evaluate the treatment effect. Results: in 256 children with severe pneumonia, high-frequency chest wall oscillation sputum discharge system significantly improved symptoms, shortened mechanical ventilation time and reduced man-machine confrontation. Conclusion: PCUM adjusted lung window lung ultrasound examination combined with high-frequency chest wall oscillation sputum drainage system treatment can effectively improve the oxygenation, and can also can effectively prevent the occurrence of ventilator-related pneumonia.展开更多
文摘Objective: to evaluate the directional therapeutic effect of severe ultrasound, PCUM, adjusted pulmonary window, pulmonary ultrasound examination and high-frequency chest wall oscillation sputum discharge system in the diagnosis and treatment process of children with severe pneumonia. Method: select from December 2020 to December 2021,256 cases with obvious imaging changes in severe pneumonia, using severe ultrasound PCUM adjust lung window lung ultrasound, combined with its imaging performance, directional implementation of high frequency chest wall oscillation sputum treatment and drainage, treatment before and after the comparison of the oxygenation index, mechanical ventilation mechanical index, imaging changes, evaluate the treatment effect. Results: in 256 children with severe pneumonia, high-frequency chest wall oscillation sputum discharge system significantly improved symptoms, shortened mechanical ventilation time and reduced man-machine confrontation. Conclusion: PCUM adjusted lung window lung ultrasound examination combined with high-frequency chest wall oscillation sputum drainage system treatment can effectively improve the oxygenation, and can also can effectively prevent the occurrence of ventilator-related pneumonia.
