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Updated: Dec 6, 1996 |
NORWAY | |
Norway has five health care regions, each with its regional (university) hospital. The regions are increasingly being given an important role in organising specialised medical services. Health care services in Norway are for the most part publicly financed.
In the Municipal Health Service more than 80% of all general practitioners (GPs) have electronic medical record systems. Two vendors supply almost all of these systems, making it easy to have an overview of the market both for users/buyers and health authorities. The work of establishing and using an electronic network for standardised information exchange between GPs and other parts of the health care sector is thus made much less complicated.
All hospitals and the Institutional Health Service have electronic information systems for admission/discharge/ transfer, laboratory administration, etc. using local networks and servers for common and shared information.
Field trials have been completed and routine services implemented in the areas of Radiology, Cardiology, Pathology, Dermatology and Otorhinolaryngology. Trial projects have been completed in northern Norway with the technological infrastructure available in some hospitals and primary health centres. Substantial funds have been allocated for telemedicine and remote diagnosis activity, and work is in process to standardise communication services for medical purposes. This will lay the groundwork for use of remote diagnosis and consultation between health institutions in and between regions throughout Norway.
In 1990, the Department of Health and Social Affairs initiated a program for the standardisation of electronic exchange of information in the health sector.
The primary aims of this project are to:
The following priorities have been set for the development of EDIFACT-based messages:
Laboratory messages; Prescriptions;
Physicians bills, sent in to the National Insurance Administration; Medical Certificates (of sickness)
A national health care Emergency Communication System (ECS) has been developed. The ECS links medical emergency communications centres to the operational organisation, casualty clinics, nursing homes and health centres.
All the equipment used in the system must be approved by the Norwegian Telecommunications Regulatory Agency and the Directorate of Health approves functional requirements of equipment.
Development of ECS lies not so much in technology and telemedical innovations but rather in the complicated organisational challenges involved in getting different parts of health services to work together effectively in emergency situations. Future plans involve the development of the next generation of technological communications transmission services (for example ISDN).
A national system containing comparative statistical indicators on health services and resource use in municipalities as well as other social and health indicators has been established to disseminate information for use in planning and decision making at the local level. Information and communication technology is used for handling information at all phases of the processes to obtain quality, effectiveness and availability. Gerix is an information and decision support system for care and services to the elderly and disabled. Development began in 1990. It has to date been implemented in around 150 municipalities and is used by Statistics Norway as a standard for statistical reporting to central authorities.
Regional Health Care Network is a project in Western Norway, designed to establish health care facilities based on the use of electronic communication and telemedicine services. It will establish and validate large scale pilots within a health region based on recommended national and international standards. The project participated in the EU-funded CoCo project.
The Research Council of Norway runs a 5-year medical informatics R&D programme. It is jointly funded by three different Ministries, and supports basic research through doctoral and post-doctoral fellowships and large scale health care telematic projects with industrial potential.
Requirements for access to external open networks (e.g. Internet) to prevent all direct access to internal sensitive information from external systems or users and to prevent unauthorised export of sensitive information to external systems or users;
Requirements and solutions for trustworthy health services using encryption, digital signatures and Trusted Third Party services;
Requirements for secure health information systems, including electronic patient record systems, taking into account the need for availability, integrity, access control, etc.
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