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Objective:To explore the application effect of medical waste management system based on B/S architecture in medical waste disposal.Methods:Select a third-class hospital in Yantai for continuous quality improvement of medical waste disposal, and verify the feasibility of the medical waste management system through key indicators such as medical waste related theoretical knowledge, medical waste disposal efficiency, and medical waste disposal management process standardization rate. Through monitoring indicators and result feedback evaluation, it is judged whether the medical waste management system has positive significance for the improvement of medical waste disposal.Results:Taking the adoption of medical waste management system as the node, a five-month comparison before and after was conducted to monitor key indicators such as medical waste disposal efficiency and standardized rate of medical waste disposal management processes. The daily error rate of medical waste classification was reduced from 6.00% to 1.33%, the daily confusion rate of working procedures was reduced from 6.67% to 0.67%, the time delay rate of medical waste disposal was reduced from 7.33% to 2.00%, and the standardized rate of medical waste disposal management processes was increased from 93.33% to 100%. All the data were statistically significant ( P<0.05). Conclusions:Since the operation of the medical waste management system, through the top-down management and control of the administrator and with its unique time retrieval function, the time delay problem of the previous manual management has been greatly improved. The classification management function of medical waste solves the criticism of unclear and chaotic classification of medical waste. The department retrospective function enables the division of responsibilities for medical waste work to be clear, and improves the work efficiency. The construction of medical waste management system based on B/S architecture provided a new information approach for the scientific management of medical waste and a reference for the scientific and effective management of clinical medical waste.
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Making use of information technology to build a scientific education information system and to improve clinical teaching quality is an important way to transform traditional teaching model and management mode.In terms of characteristics of education management and clinical work,the article explores the construction of education information system which is based on B/S structure and has six function modules.Besides,the article details the content of each function module.
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The paper elaborates the utilization status of the graphic reports system in hospitals, proposes that ASP .NET technology should be applied to realize the web-based hospital integrated query system for graphic reports, analyzes the advantages of applying ASP .NET technology and introduces the concrete realization of the integrated query system.This system solves the problem that graphic reports are unable to be queried simultaneously, resulting from differences between various internal reporting systems in hospitals.
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〔Abstract〕 The paper overviews the development status of physical examination system, designs and constructs C/S based distributed students physical examination system, introduces design priciples, system architecture and main function models.The design and development of this system could resolve the data sharing problem among the students and their parents, schools and hospitals, it has practical significance.
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OBJECTIVE:To build the off-label drug use control system,and to realize automatic prompt for off-label drug use by system when physicians prescribed drugs. METHODS:The module and flow chart of off-label drug use control system were de-signed based on B/S structure. The drugs of the prescriptions were verified one by one in terms of drug indication,drug dosage, age and gender of patient,route of administration,etc. The system prompted automatically off-label drug use when drug use didn’t agree with preset value;at the same time,the management effect of the system was evaluated by taken the amount of attention about antibiotics medical orders as an example. RESULTS:At present,265 kinds of drugs were involved in the system designed by our hospital. Since the system was applied,the system had prompted more than 50 thousand items of off-label drug use prescrip-tions/medical orders,accounting for 0.3% of total. Among the types of off-label drug use,the most number of medical orders were over single dose(745 items),followed by extra-indication(706 items)and over daily dose(671 items). Within 3 months after sys-tem used,the attention numbers of antibiotics medical orders of over daily dose decreased month by month. CONCLUSIONS:Es-tablished off-label drug use control system of our hospital has a stable running and convenient manipulation,and contains powerful practicability. It can monitor off-label drug use of some drugs.
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For appeasement of far-line teaching of Chinese Traditional Medicine,multifunction searching Chinese Herbal medicine information glean.The system editor by C# language is a good terrace structure for collecting and demanding digital Chinese Herbal medicine.The thesis introduced a database import system based on web information extracted.The Brower/Server structure has a good extension and compatiblility in different data sources,can manage the visiting base from different data sources,can update the medicine information on line,can let thousands of user call on the system in the same time.The management system of Chinese Herbal medicine information based on WEB technology is an effective road to Chinese Herbal medicine information digital.
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Objective The objective of digitalized patient records control is to meet some new demands set on patient records control under the new circumstances. Methods A computer system for digitalized patient records control and supporting processing, management and applications setups were established. Results The system put the contents of the patient records into various categories with difierent standards and designed relatively strict means of authorization. It rendered patient records easier to use and their control more strict, making it possible to make general use of the records without access to the original documents. As a result, data loss was avoided, authority over the data was put under control, data sharing was provided, and full and convenient use of data was realized. Conclusion Digitalized patient records control, a form of shaping computer-based patient records before the latter fully comes into being, enhances the efficiency of patient records application and reduces the pressure of paper records storage. It is a practical and effective way of controlling patient records.