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Implement Sci. 2017 Jun 24;12(1):79. doi: 10.1186/s13012-017-0609-5.

Implementation science for ambulatory care safety: a novel method to develop context-sensitive interventions to reduce quality gaps in monitoring high-risk patients.

Author information

1
University of California Berkeley, School of Public Health, 50 University Hall, Berkeley, 94720, CA, USA. Kathy.McDonald@stanford.edu.
2
Stanford University, Center for Health Policy/Center for Primary Care and Outcomes Research, 117 Encina Commons, Stanford, 94305, CA, USA. Kathy.McDonald@stanford.edu.
3
Department of Medicine, School of Medicine, University of California San Francisco, 1001 Potrero Avenue, San Francisco, 94110, CA, USA.
4
Ohio State University, College of Medicine, School of Health and Rehabilitation Sciences, Division of Health Information Management and Systems, 453 W 10th Ave, Columbus, 43210, OH, USA.

Abstract

BACKGROUND:

Missed evidence-based monitoring in high-risk conditions (e.g., cancer) leads to delayed diagnosis. Current technological solutions fail to close this safety gap. In response, we aim to demonstrate a novel method to identify common vulnerabilities across clinics and generate attributes for context-flexible population-level monitoring solutions for widespread implementation to improve quality.

METHODS:

Based on interviews with staff in otolaryngology, pulmonary, urology, breast, and gastroenterology clinics at a large urban publicly funded health system, we applied journey mapping to co-develop a visual representation of how patients are monitored for high-risk conditions. Using a National Academies framework and context-sensitivity theory, we identified common systems vulnerabilities and developed preliminary concepts for improving the robustness for monitoring patients with high-risk conditions ("design seeds" for potential solutions). Finally, we conducted a face validity and prioritization assessment of the design seeds with the original interviewees.

RESULTS:

We identified five high-risk situations for potentially consequential diagnostic delays arising from suboptimal patient monitoring. All situations related to detection of cancer (head and neck, lung, prostate, breast, and colorectal). With clinic participants we created 5 journey maps, each representing specialty clinic workflow directed at evidence-based monitoring. System vulnerabilities common to the different clinics included challenges with: data systems, communications handoffs, population-level tracking, and patient activities. Clinic staff ranked 13 design seeds (e.g., keep patient list up to date, use triggered notifications) addressing these vulnerabilities. Each design seed has unique evaluation criteria for the usefulness of potential solutions developed from the seed.

CONCLUSIONS:

We identified and ranked 13 design seeds that characterize situations that clinicians described 'wake them up at night', and thus could reduce their anxiety, save time, and improve monitoring of high-risk patients. We anticipate that the design seed approach promotes robust and context-sensitive solutions to safety and quality problems because it provides a human-centered link between the experienced problem and various solutions that can be tested for viability. The study also demonstrates a novel integration of industrial and human factors methods (journey mapping, process tracing and design seeds) linked to implementation theory for use in designing interventions that anticipate and reduce implementation challenges.

KEYWORDS:

Ambulatory care; Cancer; Design seeds; Diagnostic error; Human factors; Journey mapping; Organizational interventions; Patient monitoring; Patient safety

PMID:
28646886
PMCID:
PMC5483297
DOI:
10.1186/s13012-017-0609-5
[Indexed for MEDLINE]
Free PMC Article

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