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1.
Chinese Medical Equipment Journal ; (6): 70-72, 2017.
Article in Chinese | WPRIM | ID: wpr-659656

ABSTRACT

Objective To explore the data accuracy acquired by the anesthesia information management system.Methods Totally 100 patients from two hospitals were selected randomly,whose anesthesia time was estimated more than 1 h.The vital signs data acquired by the system were compared with those by the monitor once every 5 min±30 s,and totally there were 12 times of comparison executed.SAS 9.2 software was used for statistical analysis.Results In FAS set the system had the total data accuracy being 100%,95% credibility interval from 86.87% to 97.30% and the BMDL higher than 85%;in PPS set he total data accuracy was 100%,95% credibility interval was from 92.89% to 100% and the BMDL was also higher than 85%.The system gained "Excellent" or "Good" grade in system response,stability,functional interface operability and the accuracy of special functions.Conclusion The system acquires and stores the vital signs data automatically and accurately,enhances anesthesia information in objectivity,authenticity and tractability,and has high values for enhancing anesthesia safety,medical safety and scientific research.

2.
Chinese Medical Equipment Journal ; (6): 70-72, 2017.
Article in Chinese | WPRIM | ID: wpr-662253

ABSTRACT

Objective To explore the data accuracy acquired by the anesthesia information management system.Methods Totally 100 patients from two hospitals were selected randomly,whose anesthesia time was estimated more than 1 h.The vital signs data acquired by the system were compared with those by the monitor once every 5 min±30 s,and totally there were 12 times of comparison executed.SAS 9.2 software was used for statistical analysis.Results In FAS set the system had the total data accuracy being 100%,95% credibility interval from 86.87% to 97.30% and the BMDL higher than 85%;in PPS set he total data accuracy was 100%,95% credibility interval was from 92.89% to 100% and the BMDL was also higher than 85%.The system gained "Excellent" or "Good" grade in system response,stability,functional interface operability and the accuracy of special functions.Conclusion The system acquires and stores the vital signs data automatically and accurately,enhances anesthesia information in objectivity,authenticity and tractability,and has high values for enhancing anesthesia safety,medical safety and scientific research.

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