We studied maritime telemedicine and its potential for improvement. Twenty-four people representing 13 different shipping companies and maritime public authorities were interviewed. They covered all areas of the Norwegian maritime sector except for offshore installations. The morbidity pattern reported differed between the groups: on cruise liners and ferries the major problems were due to coronary heart disease, while on merchant ships, navy vessels and in the fishing fleet the major problems were accidents. Voice and fax systems were available in all cases. However, the Emergency Medical Dispatch Centres did not offer an email service and did not use faxes in the maritime setting. Radio Medico Norway was the only assistance provider offering two-way transfer of digital pictures. The interviewees suggested a number of areas for improvement; these included having a single emergency telephone number to call for help, email systems with the possibility of digital picture attachments, wireless communication systems on board and a standard CD-ROM reference work for medical guidance/education.

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We studied maritime telemedicine and its potential for improvement. Twenty-four people representing 13 different shipping companies and maritime public authorities were interviewed. They covered all areas of the Norwegian maritime sector except for offshore installations. The morbidity pattern reported differed between the groups: on cruise liners and ferries the major problems were due to coronary heart disease, while on merchant ships, navy vessels and in the fishing fleet the major problems were accidents. Voice and fax systems were available in all cases. However, the Emergency Medical Dispatch Centres did not offer an email service and did not use faxes in the maritime setting. Radio Medico Norway was the only assistance provider offering two-way transfer of digital pictures. The interviewees suggested a number of areas for improvement; these included having a single emergency telephone number to call for help, email systems with the possibility of digital picture attachments, wireless communication systems on board and a standard CD-ROM reference work for medical guidance/education.

BackgroundMany countries aim to create electronic cooperational tools in health care, but the progress is rather slow.ObjectiveThe study aimed to uncover how the authoritys’ financing policies influence the development of electronic cooperational tools within public health care.MethodsAn interpretative approach was used in this study. We performed 30 semistructured interviews with vendors, policy makers, and public authorities. Additionally, we conducted an extensive documentation study and participated in 18 workshops concerning information and communication technology (ICT) in Norwegian health care.ResultsWe found that the interorganizational communication in sectors like health care, that have undergone an independent development of their internal information infrastructure would find it difficult to create electronic services that interconnect the organizations because such connections would affect all interconnected organizations within the heterogenic structure. The organizations would, to a large extent, depend on new functionality in existing information systems. Electronic patient records play a central role in all parts of the health care sector and therefore dependence is established to the information systems and theirs vendors. The Norwegian government authorities, which run more than 80% of the Norwegian health care, have not taken extraordinary steps to compensate for this dependency–the government's political philosophy is that each health care institution should pay for further electronic patient record development. However, cooperational tools are complex due to the number of players involved and the way they are intertwined with the overall workflow. The customers are not able to buy new functionalities on the drawing table, while the electronic patient record vendors are not willing to take the economic risk in developing cooperational tools. Thus, the market mechanisms in the domain are challenged. We also found that public projects that were only financed for the first steps of project management could partially explain why many initiatives did not get past the initial planning and specification stages, but were stopped before further development could be made. Vendors were often unwilling to provide further own contribution without guaranteed return.ConclusionsWe propose that the authorities take a coordinating role and provide financial help for development of electronic cooperational tools for health because the regular market mechanisms are insufficient to push these developments to the market. It is, however, critical that the role of users be considered, and for users to decide which developments should go forward.

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