Health Information Management: Integrating Information Technology ...
Health Information Management: Integrating Information Technology ...
Health Information Management: Integrating Information Technology ...
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HEALTH CARE WORK AND INFORMATION SYSTEMS 59<br />
have to adjust themselves more to the demands of the EPR: their work becomes<br />
more standardized. Such adjustment is not problematic in itself: every<br />
introduction of new medical technology brings along a transformation of<br />
medical practices (cf. Chapters 2 and 4). In addition, to produce the standard<br />
data, decision criteria and work processes required is a highly active task of the<br />
health care professional (see also the next two chapters).<br />
Yet the core question that was raised at the beginning of this chapter was<br />
whether the professional work of doctors and nurses can be standardized without<br />
hampering the very quality of that work. After all, as we argued earlier (p. 51),<br />
health care work has a thoroughly contingent and emergent character. Bluntly<br />
standardizing data, decision criteria and work processes would undo health care<br />
professionals’ capacity to adequately adjust their skills to individual patient cases<br />
—or so many would argue. We saw, however, that paper-based PCISs also<br />
already require much standardization of data, work processes and decision<br />
criteria —and that such tools have fulfilled rather powerful functions in health care<br />
practices over the last century. So, some standardization is not antagonistic to<br />
health care work, at the very least. But where does the ‘cut off point’ lie? At<br />
what point does the added standardization pressure become so heavy that the<br />
PCIS can no longer function?<br />
There are many examples of PCISs that failed because their function required<br />
a level of standardization of work tasks that was impossible to produce. Clinical<br />
pathways, for example, often structure and sequence the work of nurses and<br />
doctors in such detail that the central importance of articulating such general<br />
pathways to individual trajectories is denied. The latter becomes noise upsetting<br />
the smooth flow of the preset categories of trajectories rather than the core<br />
activity typifying health care work. It is then up to the professionals to constantly<br />
‘repair’ the cracks and fissures that this causes in the flow of their activities. This<br />
generates the working failures of so many IT applications: the technology creates<br />
difficulties in ‘“good working practices”…because it is insensitive to the<br />
contextual reasons for the existence of those practices’ (Button and Harper<br />
1993).<br />
As another example, many medication systems run into problems because<br />
they require the physician to issue and enter a medication order before nurses can<br />
follow up on it, and hand out the medication. Yet, as is already suggested by the<br />
case study on p. 58–9, in reality the boundaries between these tasks are rarely<br />
strictly demarcated. In fact, frequently the experienced nurses are the ones who<br />
take the initiative to change a patient’s medication. Similarly, it is no exception<br />
that in emergency situations medication has already been administered before it<br />
is entered into the patient record. The Kardex system allows for such deviations<br />
from the protocol: experienced nurses may already fill out a form and have it<br />
signed, or a form may be filled out and processed afterward (after administering<br />
the medication). A medication system that would make it impossible to<br />
administer medication that is not yet officially entered into the system would<br />
seriously obstruct the proper course of medical work, rather than facilitate it.