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Objective:To observe the application effect of a self-designed assisted abdominal breathing rehabilitation device in elderly patients undergoing postoperative chemotherapy for lung cancer.Methods:Self-designed an assisted abdominal breathing rehabilitation device. Used the convenience sampling method, 116 elderly patients admitted to the First Affiliated Hospital of Anhui Medical University from April 2021 to April 2022 undergoing postoperative chemotherapy for lung cancer were selected as study subjects, and they were divided into control and observation groups by the random number table method, with 58 cases in each group. The control group received routine abdominal breathing training, and the observation group used auxiliary abdominal breathing rehabilitation device for abdominal breathing training, and compared the training compliance rate, lung function indexes and six minutes-walk test scores of the two groups before and after 2 weeks of training.Results:After 2 weeks of training, the training compliance rate of patients in the observation group was 100.00% (58/58), which was higher than 87.93% (51/58) in the control group, and the difference was statistically significant ( χ 2=7.45, P<0.05). After 2 weeks of training, FEV 1, FVC, FEV 1/FVC were (1.81 ± 0.29) L, (1.98 ± 0.32) L, (91.91 ± 5.98) % respectively in the observation group, and (1.49 ± 0.31) L, (1.73 ± 0.41) L, (87.11 ± 9.44) % respectively in the control group, there were statistically significant differences between the two groups ( t=-4.13, -2.60, -2.36, all P<0.05). After 2 weeks of training, the six minutes-walk test score was (0.86 ± 0.71) points in the observation group and (1.02 ± 0.74) points in the control group, and the difference was statistically significant ( t=2.05, P<0.05). Conclusions:An assisted abdominal breathing rehabilitation device helps to improve the training compliance rate, enhance lung function recovery and improve exercise endurance in elderly patients undergoing chemotherapy after lung cancer surgery.
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Objective:To investigate the latent classes and influencing factors of vicarious posttraumatic growth among emergency nurses.Methods:Convenience sampling method was used to select the 498 emergency nurses of 20 public general hospitals in Anhui province as the survey objects. The general information questionnaire and Posttraumatic Growth Inventory were used to investigate. Latent class analysis was used to classify vicarious posttraumatic growth of emergency nurses, and the influencing factors of latent classes were analyzed by binary logistic regression.Results:There were two latent classes of vicarious posttraumatic growth of emergency nurses including high growth-high fluctuation group (24.1%, 120/498) and low growth group (75.9%, 378/498). Binary logistic regression analysis showed that professional title, average monthly income and self-rated health status were the factors influencing the latent classes (all P<0.05). Conclusions:There are obvious classification characteristics of vicarious posttraumatic growth among emergency nurses. Nursing managers should formulate and implement targeted intervention measures according to the classification characteristics and influencing factors to improve their vicarious posttraumatic growth level.
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OBJECTIVE: To analyze the current status of core emergency response capability of nurses for systematically managing coronavirus disease(COVID-19) in intensive care units and to explore the related influencing factors. METHODS: A total of 100 nurses who systematically manage COVID-19 in the intensive care units from a class 3 grade A hospital in Wuhan City were selected as study subjects by convenience sampling method. The self-designed COVID-19 Core Emergency Response Capability Questionnaire for Nurses was used to investigate the status of COVID-19 core emergency response capability. RESULTS: The total score of the core emergency capability of the nurses averaged 133.1±18.1, and the scoring rate was 80.7%, which was at a high level. The scoring rates of each dimension from high to low were prevention ability, rescue ability and preparation ability, with the score rate of 85.2%, 81.7% and 71.0% respectively. The results of generalized linear regression analysis showed that the level of core emergency response capability of nurses was higher in high-risk departments such as respiratory department, infectious department, intensive care unit, outpatient department and emergency department than that of low-risk departments [partial regression coefficient(β) =11.18, P<0.01]. The levels of core emergency response capability of nurses who were married, once worked in the fever clinic, and were members of the National Health Emergency Rescue Team was higher(β were 8.28, 24.34 and 10.89, respectively, P<0.05). CONCLUSION: The core emergency response capability of nurses who systematically manage COVID-19 in the critical care units in Wuhan City is at a high level. Their core emergency response capability is affected by factors such as personal work experience, marital status, emergency work experience and trainings.
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Objective@#To explore the quality management of critical patients in the process of medical helicopter rescue and transshipment.@*Methods@#After receiving the rescue and transshipment task for 10 critically ill patients, the Emergency Department quickly established the rescue quality management team under the direction of the dean: with helicopter on-site rescue and transshipment team, in-hospital pick-up and transshipment team, logistic support team and coordination command group; full medical security assessment: to prepare all emergency supplies, drugs, instruments and equipment in a predictable manner, and all within the effective period, completed. The success rate is 100%. The formulation of rescue plan: formulating individualized emergency plan, pre-examination and triage evaluation plan, transporting and implementing process plan; unblocked green channel: setting up rescue room as rescue preparation area; radiology department, laboratory department, pharmacy, B-ultrasound room, electrocardiogram room, emergency transfer elevator, medical housekeeper and other departments ensure the green channel unblocked, safety logistic support team dedicated personnel management. To manage the area from apron to emergency hall and rescue room, smooth transit routes, and prepare for emergency treatment in emergency intensive care unit and specialized intensive care unit. Specialized organizations are responsible for: Department directors, head nurses and quality control team leaders to organize and coordinate quality management work.@*Results@#All 10 critically ill patients were safely and smoothly transported to hospital for emergency treatment without any adverse events. Six patients received emergency intensive care, three orthopaedic care, one hand-foot surgery care, and 10 critically ill patients were discharged from hospital in time and safely through various specialties.@*Conclusion@#The successful rescue and safe transshipment of 10 critically ill patients reflects the good beginning of the development of medical helicopter rescue in our province, and forms a complete, organized, targeted, planned and implemented team rescue system, which greatly improves the quality management level of medical helicopter rescue and transshipment.
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Objective To explore the quality management of critical patients in the process of medical helicopter rescue and transshipment. Methods After receiving the rescue and transshipment task for 10 critically ill patients, the Emergency Department quickly established the rescue quality management team under the direction of the dean: with helicopter on-site rescue and transshipment team, in-hospital pick-up and transshipment team, logistic support team and coordination command group; full medical security assessment: to prepare all emergency supplies, drugs, instruments and equipment in a predictable manner, and all within the effective period, completed. The success rate is 100% . The formulation of rescue plan: formulating individualized emergency plan, pre-examination and triage evaluation plan, transporting and implementing process plan; unblocked green channel: setting up rescue room as rescue preparation area; radiology department, laboratory department, pharmacy, B-ultrasound room, electrocardiogram room, emergency transfer elevator, medical housekeeper and other departments ensure the green channel unblocked, safety logistic support team dedicated personnel management. To manage the area from apron to emergency hall and rescue room, smooth transit routes, and prepare for emergency treatment in emergency intensive care unit and specialized intensive care unit. Specialized organizations are responsible for: Department directors, head nurses and quality control team leaders to organize and coordinate quality management work. Results All 10 critically ill patients were safely and smoothly transported to hospital for emergency treatment without any adverse events. Six patients received emergency intensive care, three orthopaedic care, one hand-foot surgery care, and 10 critically ill patients were discharged from hospital in time and safely through various specialties. Conclusion The successful rescue and safe transshipment of 10 critically ill patients reflects the good beginning of the development of medical helicopter rescue in our province, and forms a complete, organized, targeted, planned and implemented team rescue system, which greatly improves the quality management level of medical helicopter rescue and transshipment.