Effect of a Virtual Pharmacy Review Program: A Population Health Case Study.

Abstract

The growing emphasis on value-based health care has created a need for innovative population health management strategies. Pharmacists are underused resources for implementation of meaningful population health models that ensure appropriate medication use through optimization of electronic medical record (EMR) technology and pharmacist knowledge. The objective of our program was to improve the health outcomes of a patient population with diabetes while also reducing costs. A virtual pharmacy review (ViPRx) program was used to remotely provide previsit comprehensive medication reviews for patients in the defined population. The pharmacist used the EMR to review medications and relevant histories and to intervene when needed to ensure appropriate medication use. Pharmacist recommendations and supporting statements were delivered to the provider's EMR in-box 1-2 days before a scheduled visit. The information technology resources and virtual model allow the pharmacist to manage patient care and collaborate with providers electronically across multiple clinic locations. The pharmacist managed a panel of over 700 patients in this virtual model. The program has yielded improvements in key diabetes metrics. Most notable is a 6% increase in the percentage of patients with a hemoglobin A1c (HbA1c) value of 9% or less and a 7% improvement in the controlled low-density lipoprotein (LDL) measure. Monitoring parameters (nephropathy screening, HbA1c, and LDL) increased by 8%-12% from baseline. Additional positive outcomes include improved medication adherence in the defined population as seen by a 1.5% improvement in medication possession ratio for diabetes medications. Reductions in per member per month (PMPM) prescription costs are estimated at $11 per month through discontinuation of unnecessary and duplicate medications. The results of this case study on the effect of a virtual pharmacy review program demonstrate an opportunity for pharmacists to engage in a population health management model that improves patient outcomes and may reduce the rate at which PMPM prescription drug costs increase. No outside funding supported this work. The authors have no conflicts of interest to disclose. This work was presented at the 2017 Vizient Connections Summit; April 6, 2017; Las Vegas, NV, and the 2018 Cerner Health Conference; October 10, 2018; Kansas City, MO.