Health Information Management: Integrating Information Technology ...
Health Information Management: Integrating Information Technology ...
Health Information Management: Integrating Information Technology ...
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92 MEETING THE CHALLENGE<br />
improvization is crucial. Flexibility implies that the system is not more detailed<br />
than required, not more stringent than necessary, not more imperative than<br />
usable. A flexible PCIS or care path can be smoothly integrated in daily health<br />
care work. It implies not detailing thirty steps when three suffice; no choice of<br />
five thousand diagnostic categories when four hundred are sufficient. It implies,<br />
as illustrated above, that it should be possible, at each moment, to modify a<br />
standardized care path for an individual patient, or to take the patient out of the<br />
path. At that moment, the patient becomes one of the 20 per cent of patients that<br />
will be dealt with in the traditional fashion: step by step, with decisions taken at<br />
every turn, to optimally fit this specific patient’s problem.<br />
Flexibility also implies that the standard can be easily revised and adapted to<br />
local demands or to new scientific insights. Compared to Danish GP systems, for<br />
example, the coding schemes used in British primary care systems are easily<br />
adaptable, rendering the entire system more meaningful and acceptable to GPs<br />
(Winthereik in press). In addition, it should be possible to adapt standard care<br />
paths to newly emerging insights, for example based on feedback from<br />
aggregated health data tabulated from the support systems themselves.<br />
This might sound obvious and simple but it is not. The importance of local<br />
adaptability, for example, clashes with the demand that a standard is just that:<br />
standard. Everywhere applicable, everywhere similar. And simple, pragmatic<br />
standards that do not standardize more than necessary might lead to an unwieldy<br />
patchwork of overlapping and contradictory standards. Many standard<br />
developers abhor such disorder, and much effort is spent on attempts to develop<br />
(inter)national, all-encompassing models in which data, decision criteria and<br />
work processes are ordered in formal, unequivocal and universal ways. Both<br />
within several European countries and at the European level, many resources<br />
have been wasted at attempts to create the ‘ultimate’ model of the health care<br />
process. Likewise, much work has been—fruitlessly—invested in the quest for a<br />
modern Tower of Babel to resolve the vagueness and multiplicity of medical<br />
language. Such standards are inevitably very elaborate and complex, and contain<br />
a logic opaque to everyone except the designers themselves. Because these<br />
standards are so far removed from daily practice, they become difficult to<br />
implement and lead to manifold frictions in the care work. And once those<br />
standards are implemented, finally, they are very rigid and hard to change. Any<br />
proposed change to the complex whole has to be carefully investigated for its<br />
consistency and logic; any such proposition has to follow a long trajectory of<br />
(inter)national consultation rounds and committee meetings.<br />
The success of a redesign of the care process according to the first two<br />
principles is crucially dependent on the opportunities given to the professionals<br />
(and other users) to skilfully integrate the demands of the care paths and the<br />
PCIS in their work practice. Even for simple triage situations as described above<br />
(the outpatient clinic secretary categorizing a pregnant patient), decision support<br />
systems, when left to their own devices, are remarkably ineffective. Worried<br />
patients end up worrying more, and the tool’s answers more often than not fail to