1.Some opinions of the health information system
Journal of Medical and Pharmaceutical Information 1999;(9):16-17
The Ministry of health of Vietnam has considered to apply the information technology (IT) and establish the health information system. The MOH also considered to set up the National health and medical information system as well as strategy of development, objectives, service products and solutions for this system.
Information Management
;
Information Systems
2.Application of information management system about medical equipment.
Jianjin HANG ; Chaoqun ZHANG ; Xiang-Yang WU
Chinese Journal of Medical Instrumentation 2011;35(3):229-230
Based on the practice of workflow, information management system about medical equipment was developed and its functions such as gathering, browsing, inquiring and counting were introduced. With dynamic and complete case management of medical equipment, the system improved the management of medical equipment.
Equipment and Supplies
;
Information Management
;
Management Information Systems
3.PhactaManager: A Clinical Trial Management System Incorporating an XML Layer as a Database-Independent Processing Platform.
Okgu KIM ; Yu Rang PARK ; Young Shin KIM ; Seon Ha KIM ; Hwa Jung KIM ; Ju Han KIM ; Byung Joo PARK
Journal of Korean Society of Medical Informatics 2007;13(2):99-113
OBJECTIVE: Clinical trials are the most time-consuming and expensive part of the drug development process. Clinical Trial Management Systems (CTMSs) help sponsors of clinical trials manage all aspects of planning, performance, and reporting. Most conventional systems provide data processing functions using database management system (DBMS) procedures, which cause DBMS dependency problems. Thus, it is hard to handle the system by researchers who are unfamiliar with database. It is also difficult to share Electronic Case Report Forms (eCRFs) between institutions because conventional systems rely on specific software. METHODS: PhactaManager was developed for solving these problems by introducing an XML Layer in the application tier using an Entity-Attribute-Value model in the database tier. RESULTS: PhactaManager is a three-tier clinical trial management system that has an XML layer. The XML Layer provides a common DBMS independent eCRF document processing platform. Also we developed XML based eCRF Grammar to describe eCRF documents. The XML data elements described by eCRF grammar was constitute to eCRF by PhactaDesigner which an eCRF document design program. CONCLUSION: We achieved DBMS independency by implementing the XML Layer in PhactaManager. The Development of the eCRF Grammar enables the standardization of eCRF design, data correction and data sharing in multicenter clinical trial.
Database Management Systems
;
Information Dissemination
4.Applying knowledge management in generating and using evidence in health research priority setting (HRPS).
Ma. Rowena H. ALCIDO ; Joseph V. ORAÑ ; O ; Lester Sam A. GEROY
Acta Medica Philippina 2019;53(3):268-271
BACKGROUND: Current international recommendations in generating and using evidence in Health Research Priority Setting (HRPS) include the use of systematic reviews, and systematic or scientific situational analysis. In the Philippines, the Philippine National Health Research System's (PNHRS) National Guidelines for Health Research Prioritization recommends the use of either a Combined Approach Matrix (CAM) or situational analysis in generating and using evidence for HRPS. At present, there is a lack of a gold standard in generating and utilizing evidence in HRPS.
OBJECTIVE: The primary objective of this paper is to document a practical yet alternative/innovative approach on how evidence was generated and utilized in the process of HRPS as observed in the development of the National Unified Health Research Agenda (NUHRA) in the Philippines. Specifically, it identifies the types of knowledge products produced and their role in the process of health research agenda setting; how evidence was used and managed in the course of NUHRA development; and, the lessons learned from the experience.
METHODS: This case study is descriptive of the experience of generating and utilizing evidence for HRPS in the Philippines. The study utilized primary and secondary data. Knowledge Management (KM) was used as a lens to describe the process of generating and managing information for the NUHRA. Document analysis was used in comparing and aligning data with the integrated KM framework.
RESULTS: Pre-selected data were captured and created; shared and disseminated; and subsequently acquired and applied voluntarily by stakeholders during the process of HRPS. Relevant data was presented into various information products designed with a specific stakeholder in mind. Technical papers were developed to cater to national level stakeholders and focused on broad, nationally-relevant issues. Regional situational analysis reports focused on regional and local data and were designed for regional stakeholders to use during the development of Regional Unified Health Research Agenda (RUHRA). Infographics were developed to present the findings of the technical papers creatively and concisely and the NUHRA methodology and were presented to both national and regional stakeholders. The RUHRAs and the NUHRA were the outputs of the health research prioritization activities and will be made available through local and national channels of the PNHRS.
RECOMMENDATIONS: Opportunities for formalization and institutionalization of knowledge management for generating and using evidence in HRPS may be explored to address health information fragmentation across the health research system.
Health Information Systems ; Knowledge Management
5.Development of Hospital DrWin PACS Integrated with HIS.
Hyun Cheol CHO ; Woo Saeng KIM
Journal of Korean Society of Medical Informatics 1998;4(1):69-74
The development of Information technology affects the medical field a lot. Even though the PACS is developed for filmless hospital, the initial cost is very high and the investment effect is not clear yet. The purpose of this paper is to develop a costeffective hospital PACS which can be integrated with existing hospital information systems. Even though the PACS is developed for small sized hospitals, it has all the important functions of the large-scaled PACS system can provide such as image processing, clinic and patient information management, image file transfer through communication, and report generator functions for various types of hard output. Also, the developed system is designed for future expansion and compatibility with other hospital information systems.
Hospital Information Systems
;
Humans
;
Information Management
;
Investments
6.Integrated Information Systems for Strategic Management in Hospitals.
Journal of Korean Society of Medical Informatics 2007;13(3):189-196
With the institutional and market changes in hospitals, strategic management has become increasingly important. Strategic managerial innovations can have impact on market pioneering and hospital performance, enabling better customer satisfaction, productivity improvement, and quality management. Hospital Information systems also require strategic planning to improve functionality in all aspects. This article reviewed the concept of strategic management and strategic information system (SIS), and summarized a framework for developing SIS for hospitals. The SIS formulation process consists of two interrelated phases: organizational analysis and SIS development. The first phase involves an analysis of the hospital's current position and the development of the hospital's vision and goals. The second phase incorporates three activities: SIS goals assessment, strategic information requirements analysis (SIRA), and SIS implementation planning. In particular, in SIRA, four dimensions of SIS and their interrelationships between dimensions would permit an organization to specify the strategic information needs within a hospital. Hospitals that integrate this framework with other aspects of their own hospital management information systems cope more effectively with the rapid changes and challenges encountered in today's health service industry.
Efficiency
;
Health Services
;
Hospital Information Systems
;
Information Management
;
Information Systems*
;
Management Information Systems
7.A study on the HIS and RIS/PACS integration strategy.
Wen JIANG ; Qiong JIANG ; Zhong-Liang GE
Chinese Journal of Medical Instrumentation 2007;31(4):287-290
Based on IHE technical framework, this paper proposes the HIS and RIS/PACS integration strategy in combination with our hospital's practice. And it has been proved to be efficient in our practice.
Hospital Information Systems
;
Integrated Advanced Information Management Systems
;
Systems Integration
8.Research on SOA for hospital information system.
Chinese Journal of Medical Instrumentation 2010;34(5):378-380
Integration of heterogeneous systems in hospital is an important subject. The loose-coupling and efficient data interaction can be realized with SOA, the complexity of cross-point can be avoided with ESB and Service-Oriented when system integration, the unified control can come for information management. Finally it will meet a variety of needs related with management and business in hospital, adapting quickly to changes.
Hospital Information Systems
;
Integrated Advanced Information Management Systems
9.Research on the application of RAC technology in hospital information system.
Chinese Journal of Medical Instrumentation 2010;34(4):302-305
This paper presents a way to carry out the RAC technology in hospital, researches the key technologies of RAC, the result shows that performance of database is greatly improved by RAC technology.
Databases, Factual
;
Hospital Information Systems
;
Integrated Advanced Information Management Systems
10.A Medical Devices Management Information System Supporting Full Life-Cycle Process Management.
Chinese Journal of Medical Instrumentation 2015;39(4):304-309
Medical equipments are essential supplies to carry out medical work. How to ensure the safety and reliability of the medical equipments in diagnosis, and reduce procurement and maintenance costs is a topic of concern to everyone. In this paper, product lifecycle management (PLM) and enterprise resource planning (ERP) are cited to establish a lifecycle management information system. Through integrative and analysis of the various stages of the relevant data in life-cycle, it can ensure safety and reliability of medical equipments in the operation and provide the convincing data for meticulous management.
Equipment and Supplies
;
Management Information Systems
;
Reproducibility of Results