Key result
Patients managed with the BAP-PC computerised decision support system for warfarin dosing spent an average of 69% of time in the therapeutic range.
Why the study?
Does computerised decision support software for warfarin dosing maintain adequate time in therapeutic range in primary care patients?
Observational (n=367)
Yes
Does computerised decision support software for warfarin dosing maintain adequate time in therapeutic range in primary care patients?
Computerised decision support software for warfarin dosing in primary care achieves good therapeutic control, with an average of 69% time in therapeutic range.
Answers are grounded in this paper and cite their sources.
May support computerised decision support for warfarin dosing in primary care; leaves open confirmation versus usual care in randomized trials.
AIM: To establish and evaluate an external quality assessment scheme for warfarin dosing for users of a computerised decision support system, BAP-PC. DESIGN: Analysis of 12 months of clinical data from 10 primary care centres using BAP-PC within an oral anticoagulation clinic. Data were analysed for individual centres and compared with aggregated data for all practices. Individual feedback forms were provided to participating centres. RESULTS: A total patient population of 367 (range, 17-65/centre) was analysed. On average, patients spent 69% of time in the therapeutic range (range, 60-76%). Patients were seen on average every 27 days (range, 24-30). The average point prevalence was 86% (range, 76-100%). In total, 33 adverse events were reported (0-13/practice). Serious adverse events ranged from 0 to 1 for each practice. This translates into a serious adverse event rate of 1.6/100 patient years. CONCLUSIONS: Practices were successful in maintaining good therapeutic international normalised ratio control, with centres achieving 60% or higher time in range. There are some doubts about the quality of data collection at a practice level because there were no reported events in half of the participating centres. The observed event rates do concur with previously reported data, however. Further cycles of the scheme are necessary to establish it as a useful research and benchmarking tool.
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T P Oppenkowski (2003) conducted an observational in Oral anticoagulation (warfarin dosing) (n=367). Computerised decision support system (BAP-PC) was evaluated on Time in therapeutic range. Patients managed with the BAP-PC computerised decision support system for warfarin dosing spent an average of 69% of time in the therapeutic range.
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