Contextual Factors Influencing Screening for Diabetic Eye Disease in Alabama: Provider Perspectives.

Introduction/Objectives: Comprehensive eye exams are recommended at least every 2 years for people with diabetes for early identification and treatment of diabetic eye disease, but screening rates remain suboptimal. Our objective was to qualitatively assess barriers and facilitators to completing recommended eye exam screening for patients with diabetes among providers and practice staff. Methods: As part of a larger initiative, we conducted discussion groups with healthcare providers and practice staff to evaluate factors related to referral and screening for diabetic eye disease at 2 sites, a safety-net healthcare system and a specialty clinic. Discussions were audio-recorded and transcribed. Combined inductive, deductive thematic content analysis was conducted, applying the Practical Robust Implementation and Sustainability Model to organize themes and subthemes. Results: Two discussion groups with 28 participants were conducted in August 2023. Themes included existing processes for referrals, scheduling, and tracking; patient-level determinants including transportation and financial barriers and other competing demands to receiving recommended eye screening; clinic or system-related factors, and considerations for process improvement for eye exam referrals and appointments. Conclusions: These findings can be applied to determine the most effective strategies to improve the rates of recommended eye exam referral and screening rates in people with diabetes.

Implementing practice facilitation in research: how facilitators spend their time guiding practices to improve blood pressure control.

BACKGROUND: Practice facilitators (PFs) coach practices through quality improvement (QI) initiatives aimed at enhancing patient outcomes and operational efficiencies. Practice facilitation is a dynamic intervention that, by design, is tailored to practices' unique needs and contexts. Little research has explored the amount of time PFs spend with practices on QI activities. This short report expands on previously published work that detailed a 12-month practice facilitation intervention as part of the Southeastern Collaboration to Improve Blood Pressure Control (SEC) trial, which focused on improving hypertension control among people living in rural settings in the southeastern USA. This report analyzes data on the time PFs spent to guide 32 primary care practices in implementing QI activities to support enhanced outcomes in patients with high blood pressure. METHODS: The SEC trial employed four certified PFs across all practice sites, who documented time spent: (1) driving to support practices; (2) working on-site with staff and clinicians; and (3) communicating remotely (phone, email, or video conference) with practice members. We analyzed the data using descriptive statistics to help understand time devoted to individual and aggregated tasks. Additionally, we explored correlations between practice characteristics and time spent with PFs. RESULTS: In aggregate, the PFs completed 416 visits to practices and spent an average of 130 (SD 65) min per visit driving to and from practices. The average time spent on-site per visit with practices was 87 (SD 37) min, while an average of 17 (SD 12) min was spent on individual remote communications. During the 12-month intervention, 1131 remote communications were conducted with practices. PFs spent most of their time with clinical staff members (n = 886 instances) or with practice managers alone (n = 670 instances) while relatively few on-site visits were conducted with primary care providers alone (n = 15). In 19 practices, no communications were solely with providers. No significant correlations were found between time spent on PF activities and a practices' percent of Medicaid and uninsured patients, staff-provider ratio, or federally qualified health center (FQHC) status. CONCLUSIONS: PFs working with practices serving rural patients with hypertension devote substantial time to driving, highlighting the importance of optimizing a balance between time spent on-site vs. communicating remotely. Most time spent was with clinical staff, not primary care providers. These findings may be useful to researchers and business leaders who design, test, and implement efficient facilitation services. TRIAL REGISTRATION: NIH ClinicalTrials.gov NCT02866669 . Registered on 15 August 2016. NHLBI AWARD number: PCS-1UH3HL130691.

The Key Driver Implementation Scale (KDIS) for practice facilitators: Psychometric testing in the "Southeastern collaboration to improve blood pressure control" trial.

BACKGROUND: Practice facilitators (PFs) provide tailored support to primary care practices to improve the quality of care delivery. Often used by PFs, the "Key Driver Implementation Scale" (KDIS) measures the degree to which a practice implements quality improvement activities from the Chronic Care Model, but the scale's psychometric properties have not been investigated. We examined construct validity, reliability, floor and ceiling effects, and a longitudinal trend test of the KDIS items in the Southeastern Collaboration to Improve Blood Pressure Control trial. METHODS: The KDIS items assess a practice's progress toward implementing: a clinical information system (using their own data to drive change); standardized care processes; optimized team care; patient self-management support; and leadership support. We assessed construct validity and estimated reliability with a multilevel confirmatory factor analysis (CFA). A trend test examined whether the KDIS items increased over time and estimated the expected number of months needed to move a practice to the highest response options. RESULTS: PFs completed monthly KDIS ratings over 12 months for 32 primary care practices, yielding a total of 384 observations. Data was fitted to a unidimensional CFA model; however, parameter fit was modest and could be improved. Reliability was 0.70. Practices started scoring at the highest levels beginning in month 5, indicating low variability. The KDIS items did show an upward trend over 12 months (all p < .001), indicating that practices were increasingly implementing key activities. The expected time to move a practice to the highest response category was 9.1 months for standardized care processes, 10.2 for clinical information system, 12.6 for self-management support, 13.1 for leadership, and 14.3 months for optimized team care. CONCLUSIONS: The KDIS items showed acceptable reliability, but work is needed in larger sample sizes to determine if two or more groups of implementation activities are being measured rather than one.

Successful Trial of Practice Facilitation for Plan, Do, Study, Act Quality Improvement.

BACKGROUND: Practice facilitation (PF) is a promising but relatively new intervention supporting data-driven practice change. There is a need to better detail research-based facilitation methods, which must balance intervention fidelity and time restrictions with the flexibility required for the intervention. As part of a multi-level 4-armed cluster randomized clinical trial (RCT), 32 rural primary care practices received PF for 1 year. We evaluated the feasibility of having facilitators guide practices to perform 4 key driver domain activities, implemented as Plan-Do-Study-Act (PDSA) cycles, to better understand facilitation "exposure." We describe the intervention and activity length such that our experiences may be useful to other PF research efforts. METHODS: Thirty-two practices serving rural patients involved in the Southeastern Collaboration to Improvement Blood Pressure Control engaged with a facilitator to develop and implement PDSAs nested within key drivers of change domains. Numbers of months practices worked on activities deemed most likely to be sustained were captured along with practice satisfaction data. RESULTS: All practices engaged in at least 4 domain-level activities, and 59% of the PDSAs were active for at least 3 months. There was variation by domain in the average length of the PDSA activities. Ninety-seven percent (31 of 32) of practices recommended similarly structured facilitation services to other primary care practices, and 84% (27 of 32) noted substantive changes in their care processes. CONCLUSION: In this trial, it was feasible for PFs to engage practices in at least 4 Key Driver quality improvement activities within 1 year, which will inform PF methods and protocol development in future trials.