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Biomedical subjects

Julie Cerese

Publications and source records attributed to Julie Cerese.

2 recordsLinked to original sources

Critical success factors for performance improvement programs.

BACKGROUND: Most health care organizations struggle with the design and implementation of effective, systemwide improvement programs. In 2000, the University HealthSystem Consortium initiated a benchmarking project to identify the organizational elements that predict a successful perfermance improvement (PI) program and that are best suited to support change initiatives. METHODS: Forty-one organizations completed a survey about the presence of critical components, processes used to improve performance, and organizational PI structures. Follow-up site visits were conducted at three organizations. CRITICAL SUCCESS FACTORS FOR A PI PROGRAM: Eight organizational success factors for an effective performance improvement program were identified: (1) Strong Administrative Fxecutive and Performance Improvement Leadership, (2) Active Involvement of the Board of Trustees, (3) Effective Oversight Structure, (4) Expert Performance Improvement Staff, (5) Physician Involvement and Accountability, (6) Active Staff Involvement, (7) Effective Use of Information Resources-Data Used for Decision Making, and (8) Effective Communication Strategy. DISCUSSION: The approach offered is grounded in the belief that effective organizational structures and processes are prerequisites to improving health care delivery. Although some empirical support for the proposed model is provided, additional research will be required to determine the effectiveness of this approach.

Benchmarking↗

The relationship between evidence-based practices and survival in patients requiring prolonged mechanical ventilation in academic medical centers.

Studies suggest variable adoption of evidence-based practice guidelines. The authors hypothesized that compliance with guidelines for patients requiring mechanical ventilation would vary among academic medical centers and that this variation might be associated with survival. A total of 1463 intensive care unit cases receiving continuous mechanical ventilation for >96 hours were reviewed. The variation in mortality based on compliance with 6 evidence-based practices was determined, and the effect of each intervention was estimated using a logistic regression model. Compliance varied widely across the participating centers. A strong association with survival was seen for 2 of the 6 practices: sedation management and glycemic control (odds ratios for death of 0.30 and 0.46, respectively, each P < .01). Spontaneous breathing trials, deep venous thrombosis prophylaxis, semi-recumbent positioning, and stress ulcer prophylaxis were not associated with survival in the model. More consistent adoption of these practices represents an opportunity for academic medical centers and was associated with enhanced survival.

Academic Medical Centers↗