ABSTRACT
The hospital optimized the lab order administration algorithm in ICU along with full-range IT-based monitoring.The new algorithm can effectively prevent preanalytical errors and improve nurse 's satisfaction in carrying out such orders.Nurse managers should closely monitor the compliance of personal digital assistant usage and analyze the causes of error for higher compliance.With such measures, we can maximize the function to intercept potential errors of the information system, and avoid preanalytical errors ultimately.
ABSTRACT
Objective@#To evaluate the impact of CO2 pneumoperitoneum in operating rooms on the health of medical staffs.@*Methods@#In June 2016, the thirty-three medical staffs in operating rooms were chosen as the object of the research.Seventeen people who took part in the pneumoperitoneum operation were selected as a exposure group and sixteen people who took part in the laparotomy operation were selected as a control group.Vital signs and arterial blood gases of medical staffs in the two groups were both measured in pre-operation and post-operation. Occupational Health Questionnaires were conducted to collect information on age, weight and postoperative symptoms. The level of CO2 in operating room was determined by a portable infrared CO2 analyzer.@*Results@#Compared with the control group, the concentration of CO2 in the exposed group was higherat T1, T2 and T3 (t=22.227, 13.583, 17.408, P<0.05) . Heart rates and PaCO2 in the exposure group raised greatly (t=2.132, 2.129, P<0.05) , while pH decreased (t=-3.015, P<0.05) . The differences between the two groups were statistically significant.@*Conclusion@#The increase of mild acidosis and thesense of job burnout in medical staffs could be caused by CO2 pollution in the operating rooms.