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Objective:Based on the hospital resource planning(HRP) system, design in delicacy maintenance information management system of medical equipment, aims to solve problems for preventive maintenance, repair decision support, repairing parts management, fault library, practical training, cost analysis, workload statistics and other aspects.Methods: The five issues including establishment of a standardized procedure for solving maintenance, electronic document management, scientific and material support, comprehensive personnel management, cost analysis, statistical and intelligent decision support by the Visual Basic for application programming technology were solved to realize the database interaction. Constructing standardization process of equipment maintenance management and making full use of the stored information can provide guidance for equipment maintenance management activities.Results: The equipment maintenance management and integrated decision analysis, provides a strong reference for all types of decision-making of the hospitals. To realize information sharing among departments make hospital equipments maintenance comply with a standardized and scientific management requirements.Conclusion: It can be widely applied in hospital equipment maintenance management process and is significant to the achievement of scientific management of medical equipment.
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Objective:To establish the pathological sample database and standardize pathology specimen management processes to provide a platform for the study of pathology samples. Methods: Using J2EE, JSP, and component object model technology, the system establish the pathological sample library work platform for the pathology network resources, documentation, and intelligent. Results:The system established pathology samples and workflow management system architecture for the collection, storage and analysis of pathology specimens. Conclusion:The system designed to enhance the authenticity and credibility of the sample test results, thereby improve the accuracy of the sample analysis and provides a good reference for information technology-related departments.
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Objective: The pathology workflow statistics, modeling, optimize procedure and establish standardized operating procedures. Methods:This paper which based on the previous studies, the standard operation management and database technology, based on pathology workflow sample collection, sample inspection, warehousing storage, picking or sorting, sample processing and handling, inspection, quality control and other aspects of the analysis, optimizing operating procedures, thus forming SOPs, and accordingly the establishment of standardized management database system. Results: The system shortens the pathological examination cycle, improve the detection efficiency. Conclusion: It can be widely used in pathology sample collection, diagnosis, management processes, and application for sound management system pathology, pathology strengthen quality control is important.
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Objective To improve work efficiency and service quality of the laboratory animal service,and to enhance occupational safety against infection for the personnel of laboratory animal center.Methods information technology is employed.Results An identity attestation system for laboratory animal was established,whose functions and operation are explained here.Conclusion The safe identity attestation system for laboratory animal is effective,convenient,and easy to disseminate.
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OBJECTIVE: To present the Brazilian Neuromyelitis Optica Database System (NMO-DBr), a database system which collects, stores, retrieves, and analyzes information from patients with NMO and NMO-related disorders. METHOD: NMO-DBr uses Flux, a LIMS (Laboratory Information Management Systems) for data management. We used information from medical records of patients with NMO spectrum disorders, and NMO variants, the latter defined by the presence of neurological symptoms associated with typical lesions on brain magnetic resonance imaging (MRI) or aquaporin-4 antibody seropositivity. RESULTS: NMO-DBr contains data related to patient's identification, symptoms, associated conditions, index events, recurrences, family history, visual and spinal cord evaluation, disability, cerebrospinal fluid and blood tests, MRI, optic coherence tomography, diagnosis and treatment. It guarantees confidentiality, performs cross-checking and statistical analysis. CONCLUSION: NMO-DBr is a tool which guides professionals to take the history, record and analyze information making medical practice more consistent and improving research in the area.
OBJETIVO: Apresentar o Brazilian Neuromyelitis Optica Database System (NMO-DBr), um sistema de banco de dados que coleta, arquiva, recupera e analisa informações de pacientes com neuromielite óptica (NMO) e doenças relacionadas. MÉTODO: NMO-DBr usa o sistema Flux, um LIMS (Laboratory Information Management Systems) para gerenciamento de informações. As informações foram colhidas dos prontuários de pacientes com espectro de NMO e variantes de NMO, estas últimas definidas por quadro neurológico associado a lesões encefálicas típicas à imagem pela ressonância magnética (IRM) ou à soropositividade do anticorpo anti-aquaporina-4. RESULTADOS: NMO-DBr contém dados relativos a identificação, sintomas, condições associadas, eventos índices, recorrências, história familiar, avaliação visual e da medula, incapacidade, exames do líquor e de sangue, IRM, tomografia de coerência óptica (OCT), diagnóstico e tratamento. O sistema assegura confidencialidade, cruza dados e faz análises estatísticas. CONCLUSÃO: NMO-DBr é uma ferramenta que possibilita a prática médica mais consistente e promove a pesquisa na área.
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Humans , Database Management Systems , Databases, Factual , Neuromyelitis Optica , BrazilABSTRACT
Despite wide acceptance of the idea of 'evidence based medicine (EBM)', there is still a huge gap between evidence and clinical practice. Pre-appraised resources help clinicians find correct answers to clinical questions more easily and rapidly. It will briefly explain the concept and history of EBM. Frequently used pre-appraised resources like as systematic review, evidence based guidelines, health technology assessment, synopses, and clinical information database systems are also introduced.
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Biomedical Technology , Evidence-Based MedicineABSTRACT
The purpose of this study was to develop a database system for visiting nurses working in a community health center. The final goal of the system is for it to be used as a nationwide database-collecting tool over the Internet for community health services. Three unique systems were developed and trialed. The first system focused on the data warehousing technology as a research centered system for a theory based database construction. The second system was a local system, which has already been utilized in a proactive health center, and had the system interface revised according to the newly developed standardized framework of the service. The third system was part of the integrated community health information system, which had the goal of general dissemination. It is clear that these systems reflect the unique characteristics and goals of the test sites, and should be supported for the Systems Life Cycle to survive. The authors plan to move to the next stage of developing an integrated nationwide health information system for community health services.
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Community Health Centers , Community Health Services , Health Information Systems , Home Care Services , Internet , Life Cycle Stages , Nurses, Community HealthABSTRACT
The purpose of this study was to develop a database system for visiting nurses working in a community health center. The final goal of the system is for it to be used as a nationwide database-collecting tool over the Internet for community health services. Three unique systems were developed and trialed. The first system focused on the data warehousing technology as a research centered system for a theory based database construction. The second system was a local system, which has already been utilized in a proactive health center, and had the system interface revised according to the newly developed standardized framework of the service. The third system was part of the integrated community health information system, which had the goal of general dissemination. It is clear that these systems reflect the unique characteristics and goals of the test sites, and should be supported for the Systems Life Cycle to survive. The authors plan to move to the next stage of developing an integrated nationwide health information system for community health services.
Subject(s)
Community Health Centers , Community Health Services , Health Information Systems , Home Care Services , Internet , Life Cycle Stages , Nurses, Community HealthABSTRACT
The Objective of this research was to construct the multimedia database system that was necessary for the education of the practitioners and the students. To establish this system, there were technical problems as follows: 1) The processing of the images, 2) The rapid processing of the information with the computer network, 3) The development of diagnosis tools, 4) The technique to establish the database system, 5)The link between the database system and the internet, and 6) The method to educate through many cases. The analysis for diagnosis and treatment planning were provided as two parts : model analysis and cephalometric analysis. As a model analysis, arch length discrepancy and Bolton tooth ratio were provided for the part of patient information. Cephalometric analyses were provided in the part of initial diagnosis. The Cephalometric analysis ver 2.0 and the PowerCeph pro 3.3.5 were used to show Tweed, Steiner and Jarabak analysis. In the main part, Kim's analysis and some measurements were added. In the post-treatment or retention part, we show the superimposition of the cephalometrics with which you can find the effectiveness of the various orthodontic treatment. The address of this home page is "http://damis.snu.ac.kr/orthodontics"
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Humans , Diagnosis , Education , Education, Continuing , Internet , Multimedia , ToothABSTRACT
A computerized system for database of radiotherapy patient and for its application was developed in 1987 and has been utilized till now. A radiotherapy planning computer (Eclipse S-14O) operated under AOS (Advanced Operating System) is the main processing unit of the system which was programmed with Fortran-5. Records of 30,000 patients can be separately registered and data of 5 courses of radiotherapy delivered to one patient can be separately registered but structurally linked together. The same environment is allowed for 60 follow-up data. Our system's utility is very convenient to use and provides simple or conditional list of records or items, periodic statistics concerning many parameters and survival or complication analysis of stored database or data manually put in. Structure, operation and several retrieval formats by data processings are reported.