OBJECTIVE: To compare computer-based with manual health maintenance tracking systems to determine whether (1) a computer-based system will result in better provider compliance with the practice health maintenance protocol, (2) the incremental cost of operating a computer-based vs a manual health maintenance tracking system differs, and (3) inactive patients will respond to health maintenance reminders. DESIGN: Two-year prospective, randomized, controlled trial. SETTING: Rural, multiple-office, nonprofit, fee-for-service family practice. PATIENTS: Adult members of families in which at least one member had been seen by the practice within the past 2 years. INTERVENTION: A computer-based health maintenance tracking system that generated annual provider and patient reminders for all patients regardless of appointment status compared with a manual flowchart-based tracking system in which patient reminders were triggered by provider request. OUTCOME MEASURES: Provider compliance with the health maintenance protocol determined by preintervention and postintervention chart audits, costs of computer-based tracking, and response of inactive patients to health maintenance reminders. RESULTS:Overall provider compliance with the health maintenance protocol increased 15 percentage points in the computer-based tracking group and four percentage points in the manual group. The computer-based tracking group had significantly higher provider compliance than the manual group for eight of 11 procedures. The computer-based tracking system cost 78 cents per patient per year to operate. It was not associated with increased office visits or patient billings. CONCLUSIONS:Computer-based health maintenance tracking improved provider health maintenance compliance compared with a manual system. The finding that health maintenance compliance improved without a significant increase in patient visits or billings requires confirmation in other settings but suggests that considerable health maintenance can be incorporated into ongoing patient care.
RCT Entities:
OBJECTIVE: To compare computer-based with manual health maintenance tracking systems to determine whether (1) a computer-based system will result in better provider compliance with the practice health maintenance protocol, (2) the incremental cost of operating a computer-based vs a manual health maintenance tracking system differs, and (3) inactive patients will respond to health maintenance reminders. DESIGN: Two-year prospective, randomized, controlled trial. SETTING: Rural, multiple-office, nonprofit, fee-for-service family practice. PATIENTS: Adult members of families in which at least one member had been seen by the practice within the past 2 years. INTERVENTION: A computer-based health maintenance tracking system that generated annual provider and patient reminders for all patients regardless of appointment status compared with a manual flowchart-based tracking system in which patient reminders were triggered by provider request. OUTCOME MEASURES: Provider compliance with the health maintenance protocol determined by preintervention and postintervention chart audits, costs of computer-based tracking, and response of inactive patients to health maintenance reminders. RESULTS: Overall provider compliance with the health maintenance protocol increased 15 percentage points in the computer-based tracking group and four percentage points in the manual group. The computer-based tracking group had significantly higher provider compliance than the manual group for eight of 11 procedures. The computer-based tracking system cost 78 cents per patient per year to operate. It was not associated with increased office visits or patient billings. CONCLUSIONS: Computer-based health maintenance tracking improved provider health maintenance compliance compared with a manual system. The finding that health maintenance compliance improved without a significant increase in patient visits or billings requires confirmation in other settings but suggests that considerable health maintenance can be incorporated into ongoing patient care.
Authors: Judith W Dexheimer; Thomas R Talbot; David L Sanders; S Trent Rosenbloom; Dominik Aronsky Journal: J Am Med Inform Assoc Date: 2008-02-28 Impact factor: 4.497
Authors: Walter V Sujansky; J Marc Overhage; Sophia Chang; Jonah Frohlich; Samuel A Faus Journal: J Am Med Inform Assoc Date: 2009-03-04 Impact factor: 4.497
Authors: Richard G Roetzheim; Lisa K Christman; Paul B Jacobsen; Alan B Cantor; Jennifer Schroeder; Rania Abdulla; Seft Hunter; Thomas N Chirikos; Jeffrey P Krischer Journal: Ann Fam Med Date: 2004 Jul-Aug Impact factor: 5.166