Father's Day
9 years ago
A command center or a connection between two points? Either way, enjoy the view.
While having physicians employed by vendors is a nice start, experience shows us that is certainly not enough. Rather, vendors need to start spending a lot more time with their actual users—physicians and other clinicians in the trenches. They should make their programmers go out and observe physicians using the systems they are creating, as well as use formal usability techniques to better understand how to improve their systems—the synergies and learning will be critical all the way around.
Kaiser Permanente researchers conducting a clinical trial on the impact of e-mailed reminders on diet and physical activity found gentle electronic nagging actually worked: People who received regular messages suggesting modest lifestyle improvements increased their activity level and made healthier food choices.
Since the beginning of the information silo era, clinical lab systems, ambulatory and inpatient electronic health records, and more recently, personal health records and health information exchange platforms have displayed cumulative test results for viewing and sharing as fragmented, incomplete data using variable formats.
The poor quality of the existing test results interface is responsible for the mismanagement of billions of diagnostic tests and contributes to estimated duplicate annual testing rates in the 15% to 20% range.
[F]ull interoperability will require a standardized reporting format and comprehensive, clinically integrated data that presents a unified and common view to EHR, PHR and HIE users. Converting fragmented data into meaningful information will provide a workflow tool that has been shown to facilitate results viewing and sharing by producing a media reduction of up to 80% and greatly improved readability.
Significantly improving the viewing and sharing of test results information among collaborating physicians as well as between physicians and patients is just one example of how computer-savvy clinicians, imaginative software developers and experts in human-machine interface design can collaboratively create the next generations of EHR, PHR and HIE systems that will be easy and intuitive for both physicians and patients to use.
[emphasis added]
Today's clinical IT systems “provide little support for the cognitive tasks of clinicians or the workflow of the people who must actually use the system(s).” ... The “overarching, grand research challenge” of the computer science research community is developing “patient-centered cognitive support.” Computer systems need to build virtual models of a patient’s status, models that “depict and simulate a theory about interactions going on in the patient” similar to those models going on in the head of a physician working unaided by a computer.
The primary focus of virtually every computerized medical record system is documentation, meeting Joint Commission on the Accreditation of Healthcare Organizations, Health Insurance Portability and Accountability Act, third-party payer, medico-legal and regulatory stipulations. Only the most cursory and sophomoric thought is given to information and how to organize and present it to the clinician in a manner so that they can leverage that information to improve patient care. The inability to look simultaneously at multivariate, multimodal data in multiple windows to correlate and integrate information reveals an utter lack of understanding as to what physicians actually do when confronted with a clinical problem.... Until imaginative software developers work in tandem with computer-savvy clinicians and experts in human-machine interface design I fear the situation will get rapidly worse.
Like any information systems, the ambulatory electronic health-record systems being sold to small practices are a point in an evolution. Prior systems designed to enhance revenue through improved accuracy of insurance claims are giving way to systems designed to eliminate medical errors and improve continuity of care. No one should think this is the final, ultimate objective -- evolution will continue. Also, new standards will emerge, network and interoperability issues will change, vendors will merge and fail and new ones will emerge. Practitioners should understand that a few years after investing in an EHR system they will be facing a conversion or at least an upgrade.