Objective: to compare the safety and effectiveness of different chest physiotherapy in ICU. Methods: using random digital table method, in Yancheng, a tertiary a hospital in ICU2020 years to January 2021 ICU admitted ...Objective: to compare the safety and effectiveness of different chest physiotherapy in ICU. Methods: using random digital table method, in Yancheng, a tertiary a hospital in ICU2020 years to January 2021 ICU admitted mechanical ventilation patients into control 1, 2 and test groups, three groups using traditional artificial back (control 1), mechanical sputum (control 2) and medical integrated management mode (group) for chest physical therapy, record patients arterial blood gas analysis index value (PaO2, SaO2, PaCO2), heart rate, respiratory rate and mechanical ventilation time. Results: the PaO2 and PaCO2 values varied between test group and control group 1 (P <0.05);no difference in SaO2 values (P> 0.05);and heart rate, respiratory rate and mechanical ventilation time were differences between test group and control group 1 (P <0.05). Conclusion: the integrated medical management mode of ICU mechanical ventilation patients is not only simple and convenient to avoid cross-infection, but also conducive to the medical staff to understand the condition changes and sputum discharge in each shift in the process of shift, which reflects the humanization and personalization of nursing, and achieves the purpose of promoting the rehabilitation of ICU patients.展开更多
文摘Objective: to compare the safety and effectiveness of different chest physiotherapy in ICU. Methods: using random digital table method, in Yancheng, a tertiary a hospital in ICU2020 years to January 2021 ICU admitted mechanical ventilation patients into control 1, 2 and test groups, three groups using traditional artificial back (control 1), mechanical sputum (control 2) and medical integrated management mode (group) for chest physical therapy, record patients arterial blood gas analysis index value (PaO2, SaO2, PaCO2), heart rate, respiratory rate and mechanical ventilation time. Results: the PaO2 and PaCO2 values varied between test group and control group 1 (P <0.05);no difference in SaO2 values (P> 0.05);and heart rate, respiratory rate and mechanical ventilation time were differences between test group and control group 1 (P <0.05). Conclusion: the integrated medical management mode of ICU mechanical ventilation patients is not only simple and convenient to avoid cross-infection, but also conducive to the medical staff to understand the condition changes and sputum discharge in each shift in the process of shift, which reflects the humanization and personalization of nursing, and achieves the purpose of promoting the rehabilitation of ICU patients.
