RÉSUMÉ
Objective The rapid growth of data exchange and information volume in hospital information systems has brought significant challenges to the operation,maintenance,and service performance of the system.In order to overcome the performance bottleneck of the software and improve the response performance of the hospital information system,our hospital has tentatively introduced the Exadata database machine.Methods The machine was launched through hardware parameter selec-tion,high availability testing,and data migration.The benefits were evaluated by comparing the I/O operation time,SQL state-ment execution time,and business system module loading time before and after the launch.Results After using this machine,the overall waiting time of I/O operations decreased by 83.47% ,the execution time of the same statement decreased by over 22% ,and the average loadingtime of the business system decreased by43.74% .Conclusion The database machine can effec-tively reduce query time,accelerate the running speed of business modules,and help improve the performance of hospital infor-mation systems.
RÉSUMÉ
In order to assist in the standardization and maturity evaluation of national hospital information interconnection, and further standardize the application and management of hospital medical record data, a hospital carried out the practice of design of structured medical records and the corresponding quality management from April 2021. Based on the six sigma quality management method, the hospital had developed universal templates for electronic medical records and a list of candidate electronic medical record templates. The problems faced by medical record data had been analyzed, and improvement strategies had been proposed from three levels: template design, software functionality and management services. The clinical departments were guided to design and develop various structured electronic medical record templates for specialties and specialized diseases, and established a medical record template design and quality management method. The hospital had ultimately designed a total of 614 structured electronic medical record templates that met the actual needs of the hospital. This practice enhanced the scalability of structured templates and quality of the data, and achieved localization and specialization of medical record templates while meeting the requirements of information interconnection and sharing, providing reference for promoting the interconnection and sharing of electronic medical records of hospitals in China.
RÉSUMÉ
Objective To address the issues of decentralized blood transfusion services and the persistence of paper-based approval processes,as well as to meet the requirements of electronic medical record grading and interoperability assess-ments.Methods Combining the requirements of the assessments,we have restructured and designed the blood transfusion serv-ice processes,and developed a comprehensive closed-loop management system for clinical blood transfusion based on an integrat-ed platform.Results Six major closed-loop processes were established for blood transfusion services and blood management.This transformation led to more standardized transfusion documentation,centralized blood transfusion services,and enabled data sharing across the entire hospital.Conclusion The rationality,standardization,and safety of clinical blood transfusions have improved,leading to a reduction in the incidence of adverse transfusion reactions.
RÉSUMÉ
According to the Rules for the Implementation of the Standards for Review of Level 3 General Hospital (2011) of Formor Ministry of Health,the paper analyzes the requirements of review of level 3 general hospital for decision support,and takes the Sixth Affiliated Hospital of Sun Yat-sen University as an example to introduce the decision support solution and the application of Decision Support System (DSS).
RÉSUMÉ
Objective Improving the hospital operation management , preparing for the establishment of the digital operation room and achieving the fine management goal .Methods Based on the actual medical and clinical demand, combined with the standard of the operation management , designed and analyzed the management rules and processes of the perioperative information management system .Results Straightened out the information management rules and procedures of the operation room , strengthened the communication , feedback and sharing of the periopera-tive medical information , and improved the work efficiency , the operation quality and the utilization rate of the opera-tion room.Conclusion The smooth management process and the efficient use of information are the keys to promote the hospital management by means of informationization .
RÉSUMÉ
Neonatal jaundice is a common neonatal disease. Severe jaundices lead to kernicterus that affects intellectual development of infants or even causes death. Timely and early prediction is vital to the treatment and prevention. This paper presents a jaundice predictor, which uses C8051F020 as the core of single-chip microcomputer (SCM) system with prediction algorithms proven by a large number of clinical trials. The jaundice predictor can reduce the incidence rate of jaundice, alleviate the condition of infants with jaundice, improve the quality of perinatal, with predicting pathologic neonatal jaundice effectively and calling attention to the prophylactic treatment. In addition, compared with the existing transcutaneous jaundice meters, the new predictor has a smaller size, a lighter weight, more user-friendly, and easier to use by hand-holding.