White Papers

Optimizing Reimbursement with Provation MD

As reimbursement becomes more closely tied to quality outcomes, clinical documentation improvement efforts deliver dual benefits – a higher level of patient care and improved financial performance.

Order Set Optimization Starts Here

Hospitals are struggling to get new medical evidence into their order sets for access at the point of care. See how Order Set Advisor™ solves many of the challenges standing in the way.

How Evidence-Based Care Plans Drive Value-Based Purchasing Excellence

Focusing on the measures that matter most and developing technology-driven strategies to achieve your care quality improvement goals is a winning combination.

Achieving Population Health and Crisis Management Excellence

While standardization is an important component of managing any chronic disease, it becomes even more critical in the case of a public health crisis. The move from fee-for-service to quality-driven, risk-bearing care delivery models requires healthcare organizations to take a systematic approach to improving population health to avoid high-cost, event-related sick care.

Optimizing Order Sets: The DIY Dilemma

Recent research indicates that hospitals know the value of evidence-based order sets, but they face several barriers to managing their libraries efficiently. Provation Order Sets provides a better way.

How To Avoid Ten Pitfalls of Ongoing Order Set Maintenance

The business case for evidence-based order sets and associated clinical content management solutions continues to grow, in terms of both improved quality and outcomes, and reduced costs. While the value proposition is clear, the challenges to these complex initiatives are many.

Improving Care Coordination through System Interoperability

Standardizing care based on current evidence and communicating care plans through the EHR gives clinicians a definite edge in care coordination.

Where Automation Meets Accuracy

With Provation Automated ADR feature, you get all the time-saving benefits of automation without compromising accuracy.