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From Pilot to Practice: A Trainee-Integrated Pharmacy Practice Model in Cardiology
Bethany A Kalich1, Jonathan D Cicci2, Shailly Shah3
1assistant professor, Department of Pharmacy Practice, Feik School of Pharmacy, University of the Incarnate Word, San Antonio, Texas.
A trainee-integrated pharmacy practice (TIPP) model significantly improved medication reconciliation and discharge counseling in cardiology patients. This pilot study demonstrated the feasibility of expanding clinical pharmacy services with pharmacy residents and a clinical pharmacist.
Area of Science:
- Pharmacy Practice
- Cardiology
- Patient Safety
Background:
- Limited resources often restrict the expansion of clinical pharmacy services.
- Medication use problems can lead to poor patient outcomes.
- Integrating trainees into practice models may offer a solution.
Purpose of the Study:
- To determine the impact and feasibility of a trainee-integrated pharmacy practice (TIPP) model.
- To assess the TIPP model's effect on clinical pharmacy services in cardiology.
- To evaluate the time commitment required for the TIPP model.
Main Methods:
- A pilot study was conducted using a TIPP model with 1 clinical pharmacist and 3 pharmacy residents.
- Services included interdisciplinary rounds, order verification, medication reconciliation, counseling, and monitoring.
- Data on medication reconciliation, interventions, and time were collected and compared to historical controls.
Main Results:
- The TIPP model improved medication reconciliation by 81% and discharge counseling by 70% compared to historical controls.
- An average of 3.5 discrepancies were found per patient during admission reconciliation.
- A total of 763 clinical interventions were recommended, averaging 42.4 per day.
Conclusions:
- The trainee-integrated pharmacy practice (TIPP) model significantly expanded clinical pharmacy services in an acute care cardiology setting.
- The model demonstrated feasibility but required substantial time commitments from team members.
- Further research may explore optimizing TIPP models for broader implementation.
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