Health Information Management: Integrating Information Technology ...
Health Information Management: Integrating Information Technology ...
Health Information Management: Integrating Information Technology ...
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32 STARTING POINTS<br />
especially since the majority of initiatives was only marginally successful or<br />
evaporated quite quickly. The Danish GP Association terminated its GP<br />
information system project, which had become too costly to maintain. The early,<br />
information collecting UK initiatives also died at the end of the 1980s. In both<br />
cases, enthusiastic individuals (often GPs) took over these initial attempts, and,<br />
as in the Netherlands, started to develop systems that were built by individuals<br />
(or small companies) for individual GP practices.<br />
In fact, the realization that the technical, social and organizational complexity<br />
of EPRs in health care practices has been seriously underestimated is gaining<br />
terrain. So far, EPRs have not ‘replaced’ paper records at all: both modes of<br />
recording data exist side by side, and, not surprisingly, this situation has led to an<br />
increase in the number of clerical tasks. The ever growing stack of printouts has<br />
undoubtedly opened the eyes of those who not too long ago still dreamed of an<br />
office environment not cluttered with piles of paperwork. The NHS Net is<br />
cheered by the NHS <strong>Information</strong> <strong>Management</strong> authorities, but criticized by<br />
others as being an ‘expensive way to get on the internet’ 2 that all too often<br />
‘simply grinds to a halt’ (Majeed, 2003:690). It is riddled by privacy questions,<br />
disputes about obligatory, costly usage, and the nagging question whether its<br />
functionality would not have been realizable by drawing upon much cheaper,<br />
common Internet technologies and infrastructures. ‘The first four decades of<br />
medical informatics,’ as Collen soberly concludes, ‘were ones of high<br />
expectations and frequent disappointments’ (1995).<br />
At the beginning of the twenty-first century, the overall ‘penetration’ of IT in<br />
health care organizations is considerable. Routinely, nurses and physicians<br />
encounter PCs or terminals, read medical patient information using a clinical<br />
workstation, or create discharge reports using voice-recognition software. With<br />
regard to the GP information systems, the UK, Denmark and the Netherlands<br />
are amongst the world’s leading health care ICT users. Yet their success—<br />
informating individual practices—is now their largest problem: how to integrate<br />
GP information systems in the larger health care information flows? The overall<br />
situation is patchy and difficult to summarize. Hospital laboratories may have stateof-the-art<br />
information systems, while the physicians requesting tests do so by<br />
using traditional paper forms. These physicians might be able to query the digital<br />
archives of their radiology department, but still receive the laboratories’ results<br />
through ordinary mail. Effective coordination (between and within institutions,<br />
between and within countries) is virtually absent: individual hospitals go about<br />
their own ways, individual departments within hospitals go about their own ways,<br />
and different providers go about their own ways. The result is called ‘island<br />
automation’: departments have information systems which only cater to their<br />
own needs, and these systems can hardly communicate with other systems (if at<br />
all), while in between other departments are situated without terminals<br />
altogether. Often, it is difficult or even impossible to integrate such<br />
independently developed systems within a larger HIS system—let alone that