Quality Management in Health Care最新文献

Background and objective: Value-based payment programs link payments to the performance of providers on cost and quality of care to incentivize high-value care. To improve quality and lower costs, the Centers for Medicare and Medicaid Services (CMS) implemented the Quality Payment Program (QPP) for clinicians in 2017. Under the Medicare QPP, most eligible clinicians participate in one of the payment models: (a) Advanced Alternative Payment Models (A-APMs) through eligible APMs like Accountable Care Organizations (ACOs) or (b) the Merit-based Incentive Payment System (MIPS). ACO and MIPS clinicians participating in QPP differ in quality reporting requirements, and these differences are likely to affect the utilization of different quality measures, including preventive services. This study evaluated the differences in the utilization of preventive services by primary care clinicians participating in MIPS and ACOs.

Methods: We use difference-in-difference regressions to compare preventive services in MIPS versus ACOs. Since preventive services like immunization and certain cancer screening are mandatory reporting measures for ACOs and voluntary measures for MIPS, the treatment group for this study is ACO clinicians and the comparison group is non-ACO MIPS clinicians. We obtained the rates of influenza immunization, pneumonia vaccination, tobacco use cessation intervention, depression screening, colorectal cancer screening, breast cancer screening, and wellness visits per 10 000 Medicare beneficiaries from Medicare Provider Utilization and Payment Public Use File (2012-2018).

Results: We had 508 144 total observations (ACO = 25.78% and MIPS = 74.22%) from 72 592 unique primary care clinicians. Compared to MIPS clinicians, ACO clinicians had significantly higher rates of pneumonia vaccination (incidence rate ratio [IRR] 1.25; 95% confidence interval [CI], 1.10-1.43) but lower rates of colorectal cancer screening (IRR 0.69; 95% CI, 0.50-0.96). Similarly, clinicians in ACO shared savings-only models had significantly higher rates of pneumonia vaccination (IRR 1.28; 95% CI, 1.11-1.48), depression screening (IRR 1.72; 95% CI, 1.09-2.71), and wellness visits (IRR 1.27; 95% CI, 1.09-1.47) compared to MIPS clinicians. There were no differences between ACO and MIPS clinicians on the utilization of breast cancer screening procedures and tobacco use cessation interventions.

Conclusions: ACO clinicians may have prioritized relatively low-cost services such as pneumonia vaccination, depression screening, and wellness visits to improve their performance under QPP. Policymakers may need to alter incentives in performance-based payment programs to ensure that clinicians are improving all types of quality measures, including cancer screening.

Background and objectives: Spine surgery is associated with a high incidence of postoperative medical adverse events (AEs). Many of these events are considered "minor" though their cost and effect on outcome may be underestimated. We sought to examine the clinical and cost-effectiveness of a postoperative quality improvement (QI) care bundle in mitigating postoperative medical AEs in adult surgical spine patients.

Methods: We collected 14-year prospective observational interrupted time series (ITS) with two historical cohorts: 2006 to 2008, pre-implementation of the postoperative QI care bundle; and 2009 to 2019, post-implementation of the postoperative QI care bundle. Adverse Events were identified and graded (Minor I and II) using the previously validated Spine AdVerse Events Severity (SAVES) system. Pearson Correlation tested for changes across patient and surgical variables. Adjusted segmented regression estimated the effect of the postoperative QI care bundle on the annual and absolute incidences of medical AEs between the two periods. A cost model estimated the annual cumulative cost savings through preventing these "minor" medical AEs.

Results: We included 13,493 patients over the study period with a mean of 964 per year (SD ± 73). Mean age, mean Charlson Comorbidity Index (CCI), and mean spine surgical invasiveness index (SSII) increased from 48.4 to 58.1 years; 1.7 to 2.6; and 15.4 to 20.5, respectively (p < 0.001). Unadjusted analysis confirmed a significant decrease in the annual number of all medical AEs (p < 0.01). When adjusting for age, CCI and SSII, segmented regression demonstrated a significant absolute reduction in the annual incidence of cardiac, pulmonary, nausea and medication-related AEs by 9.58%, 7.82%, 11.25% and 15.01%, respectively (p < 0.01). The postoperative QI care bundle was not associated with reducing the annual incidence of delirium, electrolyte levels or GI AEs. Annual projected cost savings for preventing Grade I and II medical AEs were $1,808,300 CAD and $11,961,500 CAD.

Conclusion: Postoperative QI care bundles are effective for improving patient care and preventing medical care-related AEs, with significant cost savings. Postoperative QI care bundles should be tailored to the specific vulnerability of the surgical population for experiencing AEs.

Background and objectives: We evaluated the prevalence of potential reinforcement of common unhealthy misinterpretations of bodily sensations in social media (YouTube videos) addressing elbow enthesopathy (eECRB, enthesopathy of the extensor carpi radialis brevis, tennis elbow).

Methods: We recorded video metric data on 139 unique YouTube videos when searching "lateral epicondylitis" and "tennis elbow." We designed a rubric to assess the level of potential reinforcement of unhelpful thinking in videos about eECRB. Informational quality was scored with an adapted version of the DISCERN instrument. We then assessed the factors associated with these scores.

Results: Sixty-five percent (91 of 139) of videos contained information reinforcing at least one common misconception regarding eECRB. Potential reinforcement of misconceptions was associated with longer video duration, higher likes per day, and higher likes per view. No factors were associated with information quality scores.

Conclusions: These findings of a high prevalence of potential reinforcement of misconceptions in YouTube videos, in combination with the known associations of misconceptions with greater discomfort and incapability, point to the potential of such videos to harm health. Producers of patient facing health material can add avoidance of reinforcement of unhelpful thinking along with readability, accuracy, and relevance as a guiding principle.

Background and objectives: Unplanned hospital readmissions (UHRs) constitute a persistent health concern worldwide. A high level of UHRs imposes a burden on individuals, their families, and health care system budgets. This systematic review and meta-analysis aimed to evaluate the effectiveness of discharge interventions in the transition from hospital to home in the context of reducing UHRs.

Methods: The study design was a meta-analysis of randomized and nonrandomized controlled trials. Eight databases were searched. The effect on UHR rates (odds ratio [OR]) of discharge interventions in the transition from hospital to home was calculated at a 95% confidence interval (95% CI) based on meta-regression and meta-analysis of random-effects models.

Results: Results showed that discharge interventions were effective in reducing rehospitalizations (effectiveness/OR =1.39; 95% CI, 1.24-1.55). It was furthermore determined that the studies showed heterogeneous characteristics (P ≤ .001, Q = 50.083, I2 = 44.093; df = 28). According to Duval and Tweedie's trim and fill results, there was no publication bias. Interventions in which telephone communications and hospital visits (OR = 1.64; 95% CI, 1.25-2.16; P < .001) were applied together were effective among patients with cardiovascular diseases (OR = 1.54; 95% CI, 1.28-2.09; P < .001), and it was found that UHRs were reduced within a period of 90 days (OR = 1.68; 95% CI, 1.16-2.42; P < .001). It was also found that discharge interventions applied to transitions from hospital to home had a diminishing effect on UHRs as the publication dates of the reviewed studies advanced from the past to the present (OR = 0.015; 95% CI, 0.002-0.003; P < .001).

Conclusion: Supporting and facilitating cooperation between health care professionals and families should be a key focus of discharge interventions.

This article describes the development of an institutional quality improvement review board (QIRB) as an effective and efficient method for reviewing and overseeing institutional quality improvement (QI) initiatives. QI projects involve the systematic collection and analysis of data and the implementation of interventions designed to improve the quality of clinical care and/or educational programs for a distinct population in a specific setting. QI projects are fundamentally distinct from human subjects research (HuSR); however, the differences between them are subtle and highly nuanced. Determining whether a project meets the definition of QI or qualifies as HuSR, thus requiring institutional review board (IRB) review, can be confusing and frustrating. Nevertheless, this distinction is highly consequential due to the heavy regulatory requirements involved in HuSR and IRB oversight. Making the correct determination of a project's regulatory status is essential before the project begins. Project leaders may not realize that their work meets the definition of HuSR and, therefore, might conduct the project without appropriate IRB review. Therefore, best practices dictate that project leaders should not decide which type of institutional review is appropriate for their projects. In addition, when QI project teams attempt to disseminate the results of their work, documentation of formal review and approval is generally required by peer-reviewed journals and professional organizations. However, institutional review mechanisms are rarely available. Projects that do not meet the definition of HuSR fall outside the purview of IRBs and most institutions do not have an alternative review body. This creates frustration for both project leaders and IRB administrators. Apart from IRB review, a separate process for reviewing QI projects offers several benefits. These include (1) relieving the burden on busy IRB staff; (2) promoting scholarly activity; (3) protecting the institution, project leaders, and participants from HuSR conducted outside of appropriate IRB review; and (4) promoting rigorous QI methods.

Background and objectives: Previous studies have shown that improving quality management in the central sterile supply department (CSSD) is an effective measure to control and decrease hospital-acquired infections. This study aimed to establish nursing-sensitive quality indicators for CSSD nursing in China.

Methods: We drafted nursing-sensitive quality indicators on the basis of the Structure-Process-Outcome model, and then conducted 2 rounds of consultation with experts using a modified Delphi method to determine the indicators and scientific methods of measurement.

Results: We identified five CSSD nursing-sensitive quality indicators. Recovery rates of the 2 rounds of valid questionnaires were 100%. Expert authority coefficients were 0.810 and 0.902, respectively. Kendall's coefficients of concordance were 0.168 and 0.210, respectively ( P < .05).

Conclusion: Evidence-based nursing-sensitive quality indicators for the CSSD were established.

Background and objectives: Blood products are scarce resources. Audits on the use of red blood cells (RBCs) in tertiary centers have repeatedly highlighted inappropriate use. Earlier retrospective audit at our local community hospitals has demonstrated that only 85% and 54% of all requests met Choosing Wisely Canada guidelines for pre-transfusion hemoglobin (Hb) of 80 g/L or less and single unit, respectively. We sought to improve RBC utilization by 15% over a period of 12 months (meeting Choosing Wisely Canada criteria of pre-transfusion Hb ≤80g/L by >80% and single-unit transfusion by >65%).

Methods: Following repeated PDSA (Plan-Do-Study-Act) cycles, we implemented educational strategies, prospective transfusion medicine (TM) technologist-led screening of orders, and an RBC order set.

Results: The 3-month median percentages of appropriate RBC use for pre-transfusion Hb and single unit (September-November 2021) across all 3 hospitals were 90% and 71%, respectively. Overall, the rate of appropriate RBCs based on pre-transfusion Hb remained above target (>80%), with minimal improvement across all hospitals (median percentage at pre- and post-technologist screening periods of 87% and 90%, respectively). The median percentage of appropriate RBCs based on single-unit transfusion orders has improved across all Niagara Health hospitals with sustained targets (3-month median percentage at pre- and post-technologist screening and most recent time periods of 54%, 56%, and 71%, respectively).

Conclusions: We have taken a collaborative, multifaceted approach to optimizing utilization of RBCs across the Niagara Health hospitals. The rates of appropriate RBC use were comparable with the provincial and national accreditation benchmark standards. In particular, the TM technologist-led screening was effective in producing sustained improvement with respect to single-unit transfusion. One of the balancing outcomes was increasing workload on technologists. Local and provincial efforts are needed to facilitate recruitment and retention of laboratory technologists, especially in community hospitals.