rss
J Am Med Inform Assoc 2000;7:569-585 doi:10.1136/jamia.2000.0070569
  • Original Investigation
  • Research Paper

Impact of a Computer-based Patient Record System on Data Collection, Knowledge Organization, and Reasoning

  1. Vimla L Patel,
  2. Andre W Kushniruk,
  3. Seungmi Yang,
  4. Jean-Francois Yale
  1. Affiliation of the authors: McGill University, Montreal, Quebec, Canada
  1. Correspondence and reprints: Vimla L. Patel, PhD, DSc, Centre for Medical Education, McGill University, 1110 Pine Avenue West, Montreal, QC, Canada H3A 1A3; e-mail: <patel{at}hebbg.psych.mcgill.ca>

    Abstract

    Objective To assess the effects of a computer-based patient record system on human cognition. Computer-based patient record systems can be considered “cognitive artifacts,” which shape the way in which health care workers obtain, organize, and reason with knowledge.

    Design Study 1 compared physicians' organization of clinical information in paper-based and computer-based patient records in a diabetes clinic. Study 2 extended the first study to include analysis of doctor–patient–computer interactions, which were recorded on video in their entirety. In Study 3, physicians' interactions with computer-based records were followed through interviews and automatic logging of cases entered in the computer-based patient record.

    Results Results indicate that exposure to the computer-based patient record was associated with changes in physicians' information gathering and reasoning strategies. Differences were found in the content and organization of information, with paper records having a narrative structure, while the computer-based records were organized into discrete items of information. The differences in knowledge organization had an effect on data gathering strategies, where the nature of doctor-patient dialogue was influenced by the structure of the computer-based patient record system.

    Conclusion Technology has a profound influence in shaping cognitive behavior, and the potential effects of cognition on technology design needs to be explored.

    Footnotes

    • This paper was presented in part at the AMIA Annual Symposium, Nov 6–10, 1999, in Washington, DC.

    • This work was supported by grant MRC-MA 13439 from the Medical Research Council of Canada.

    Access policy for JAMIA

    All content published in JAMIA is deposited with PubMed Central by the publisher with a 12 month embargo. Authors/funders may pay an Unlocked fee of $2,000 to make the article free on the JAMIA website and PMC immediately on publication.

    All content older than 12 months is freely available on this website.

    AMIA members can log in with their JAMIA user name (email address) and password or via the AMIA website.