140 likes | 155 Vues
Learn about Austria's journey in introducing the ELGA system, the political commitment involved, and the necessary framework for Electronic Health Records. Discover the feasibility study outcomes, infrastructure proposals, data protection issues, stakeholder mobilization, and future outlook in the healthcare sector.
E N D
Implementing WP 131 in Austria ? W. Kotschy Austrian DP-Commission
Political commitment • Ministry of Health has already in 2004 committed itself to introduce “ELGA” (elektr. Gesundheitsakt) • Minister´s announcement sounded like mandatory introduction of an EHR for every citizen
STRING Committee • Idea taken up by an advisory Committee to the Minister of Health (STRING Committee): experts from medical, informatics and legal fields – including data protection • Analysis of • Nature and possible content of an EHR • Necessary framework including data protection requirements
Result of STRING-analysis • EHR is a new dimension of medical documentation • Needs adequate new framework • Needs a law answering all the questions raised in the study • Political reaction: • Not over-enthusiastic, BUT: • A feasibility study was ordered by the Ministry of Health
Feasibility study (1) • Took up most of the topics raised in the STRING-analysis, especially the modular approach • Confirms that “consent” as sole legal basis for EHR will not be feasible because of impracticability passing of a law seems unavoidable
Present situation • It was possible to mobilise the main stake holders, so that now a public discussion cannot be avoided anymore • The questions raised in the STRING analysis met with great interest among doctors, media etc. • The ELGA-project cannot avoid any longer to deal with data protection questions • WP 131 came on just in time to demonstrate, that demanding an adequate DP-framework is not just isolated fundamentalism but a necessity according to the opinion of the whole European DP community • The impact of WP 131 as independent expert opinion is especially strong in the medical professional and scientific community
Feasibility study (2) • Proposes • the establishment of the infrastructure within the next four years • creating four modules of an EHR at the same time as a first step, that is: • Medication • Radiology • Laboratory results • “Arztbrief” (Hospital report for the patient´s “outside” physician
Infrastructure (1) • Creating the search net system connecting all the health service providers furnishing documentation for EHR • Who will be “in charge of the system” is not yet decided; • This constellation creates an interesting theoretical aspect of data protection: Is the traditional concept of “controller” still applicable to such systems? The documents contained in EHR are produced by different health care professionals – they are responsible for the content, but they have no influence on the system architecture and its functioning
Infrastructure (2) • Master patient index: • Identification of the patients will make use of the already existing e-government tools • The e-card, rolled out to all citizens two years ago, is capable of functioning as citizen card patient will be identified by the sector specific one-way encrypted PIN patient will be able to authorize access of health care professionals but also his own access to his EHR by using his e-card as citizen card
Infrastructure (3) • Master index of all health care professionals: Obligation introduced by the “health-telematics-Act” in 2004 that electronic communication between health care professionals on medical data requires secure identification and authentication including their special role
Special problems • E-government identification in principle reserved for public authorities • In the public health sector private and public “players” act jointly • Extension of the identification routines which are available only to public authorities may be necessary
Mini-ELGAs? • The comprehensive ELGA will not exist for at least 4 to 5 years • However, special applications are booming: e.g. between the public hospitals of a region or so called “Disease management” • for chronically ill patients • for early recognition of wide spread diseases • for epidemiological studies • Dealt with by the Austrian DPA in the course of notification
Using pseudonymized data • We are again taking a modular approach, to handle such rather complex projects: Analysis of the intended data flows show typical use cases with different needs for personal data, e.g. the recall module (invitation of patients for check-up) will need name, address and type of check-up needed the quality management module will only need pseudonymized data (re-identifiability sometimes necessary) the epidemiological study module can work with one- way encrypted data etc.
Outlook • Collecting medical data is in high demand for several valuable purposes • This can be designed in a data protection compatible way, if stronger emphasis is put into disguising identities by pseudonymisation, thus making data relate to individuals but not to identified persons: individualisation instead ofidentification