ABSTRACT
The development of the International Organization for Standardization (ISO) standard for Traditional Chinese Medicine (TCM) information model is needed to promote the coordinated development of TCM information research and application on a global scale, and it is of great significance to promote the use of TCM data. Based on the 13 years of experience in the development of the ISO standard for the TCM information model, we introduced and discussed the development background, development platform, internationality and classification of the standard development. We determined the necessity of the ISO standard of TCM information model to be independent of modern medical information model standard, the necessity of developing standards on a large scientific platform, and the necessity of health informatics experts participating in standard development. We summarized the main points of international and domestic coordination. We emphasized the balance between the overall layout and new areas development, and the importance of application and promotion.
ABSTRACT
A 3-dimensional top level structure module of literature characteristics, diagnosis and treatment process, and evidence level was established respectively for the information model of evidence-based medicine ( EBM) database by analyzing the demands of medical staff and investigating EBM-related standards and databases. The data sets and elements with their concepts subclassified were expressed under the top level module, and the se-mantic structure of data elements-expressed concept attributes was standardized, which showed that the semantic structure of information model for EBM database that was constructed with modularized method can help medical staff to manage and organize the clinical literature, retrieve and use the EBM information more effectively.
ABSTRACT
A 3-dimensional top level structure module of literature characteristics, diagnosis and treatment process, and evidence level was established respectively for the information model of evidence-based medicine ( EBM) database by analyzing the demands of medical staff and investigating EBM-related standards and databases. The data sets and elements with their concepts subclassified were expressed under the top level module, and the se-mantic structure of data elements-expressed concept attributes was standardized, which showed that the semantic structure of information model for EBM database that was constructed with modularized method can help medical staff to manage and organize the clinical literature, retrieve and use the EBM information more effectively.
ABSTRACT
The semantic construction of EHR information model has experienced a developmental process from es-tablishing core data set and modeling to two-level modeling, which are usually used in combination in construction of information models at present. In general, the framework (reference model), necessary elements (core data set) and technical specifications for EHR information model were first established when its top architecture was de-signed, which was followed by the establishment of different medical concepts, subjects and special archetypes for different departments according to the framework standards.
ABSTRACT
This study was aimed to investigate structured approach of traditional Chinese medicine (TCM) symptom information. Combining results of the Chinese Symptomatology Research and literature review, this study proposed a dual structure model of symptom. A total of 440 symptoms, which were screened out from the Chinese Terms in TCM and Pharmacy, were used for symptom structured attempt. The results showed that 9 symptoms and 9 attributes were identified, 201 main concept words of symptoms were extracted, and 420 symptoms with the dual structure model were structured. It was concluded that structural information model of TCM symptoms proposed in this study was feasible. However, the research methods and results are exploratory, which requires further verification.
ABSTRACT
The National Agricultural Biotechnology Information Center (NABIC) constructed an agricultural biology-based infrastructure and developed a biological information-based database. The major functions of the NABIC are focused on biotechnological developments for agricultural bioinformatics and providing a web-based service to construct bioinformatics workflows easily, such as protein function prediction and genome systems biology programs. The NABIC has concentrated on the functional genomics of major crops, building an integrated biotechnology database for agro-biotech information that focuses on the proteomics of major agricultural resources, such as rice, Chinese cabbage, rice Ds-tagging lines, and microorganisms.
Subject(s)
Humans , Asian People , Biotechnology , Brassica , Computational Biology , Genome , Genomics , Information Centers , Proteomics , Systems BiologyABSTRACT
OBJECTIVE: This is designing the part of Electronic Medical Record using HL7 Development Framework and Reference Information Model to realize the building medical standard data model for sharing medical record between heterogeneous hospital systems. METHODS: The process used development of HL7 specifications consists of the following seven activities: 1.Project initiation. 2.Requirements Documentation. 3.Specification Modeling. 4.Specification Documentation. 5.Specification Approval. 6. Specification Publication. 7.Implementation Profiling. Each activity is briefly described in the subsections that follow and described in detailed in the methodology chapters that follow this introduction.3. Result. The steps, after 4 step, needs to standardized the results. So we didn't followed that steps1). RESULTS: We got the diagrams at each steps of the HDF methodology: 1.A dynamic description. 2.A static description of the concepts involved in the business process. 3.A Use Case model which identifies the system involved in the actual HL7 data/information exchange1). CONCLUSION: It was confirmed that HL7 RIM could take in the domestic demands of medical records, and concrete methodology was applied in practice. It can be a good reference for the hospitals constructing new information system and for the enterprises developing medical information systems to apply the HL7 version 3 to their works.