4CPS-214 Implementation of a clinical pharmacist in an internal medicine service of a tertiary referral hospital

BackgroundThe presence of a clinical pharmacist in the medical services has been shown in numerous previous publications as a great additional factor in the quality and safety of pharmacological treatment. In many hospitals there is still no clinical pharmacist, and the implementation process is the...

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Veröffentlicht in:European journal of hospital pharmacy. Science and practice 2018-03, Vol.25 (Suppl 1), p.A141-A142
Hauptverfasser: Morales, A Perez, Sanchez, A Nieto, Bailon, M Mendez, Pérez, A Santiago, Blazquez, ML Recio, Espejo, I Larrosa, Sanchez, E Roson, Llorente, G Hernando, Ramos, P Pacheco, Hernando, MI Borrego
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Sprache:eng
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Zusammenfassung:BackgroundThe presence of a clinical pharmacist in the medical services has been shown in numerous previous publications as a great additional factor in the quality and safety of pharmacological treatment. In many hospitals there is still no clinical pharmacist, and the implementation process is the critical stage to be overcome so that this professional activity could be consolidated within the multidisciplinary hospital team.PurposeIt was proposed to evaluate the degree of activity achieved by a clinical pharmacist newly implemented in an internal medicine service during the first 2 months from the beginning of its activity.Material and methodsThe clinical pharmacist carried out the medication reconciliation (MR) of the patients with polypharmacy who were admitted to the internal medicine service. He also reviewed the patients’ treatments daily and carried out the patients’ MR at discharge. All of the interventions were recorded for an initial period of 2 months, and then analysed.ResultsThe treatments of 119 patients were analysed. Each patient had an average of 10+6 medications at admission. A total of 145 pharmaceutical interventions were performed, corresponding to 19 different categories. The most common interventions were the absence of patients’ chronic treatment (26.9%), the need for additional treatment during admission (24.1%), the presence of unnecessary medications (17.9%), the need to reintroduce a medication at discharge (5.5%), insufficient doses (4.1%), allergies (4.1%), the need for nutritional evaluation (3.4%), excessive doses (2.8%), intravenous-to-oral switch therapy (2%) and contraindicated medications (1.4%). The major therapeutic groups for which interventions were performed were vitamin and mineral supplements (23.4%), proton pump inhibitors (7.6%), antiplatelet agents (5.5%), beta-blockers (5.5%), haematopoietic growth factors (5.5%), alpha-blockers (4.1%), anticholinergics (3.4%), antidepressants (3.4%), anticonvulsants (2.8%), androgen antagonists (2%) and antiarrhythmics agents (2%).ConclusionWith the presence of a clinical pharmacist, an average of 1.2 interventions were performed for each patient reviewed. Through these interventions, it was possible to optimise the pharmacological treatment, providing the necessary medicines for each patient, adjusting the doses to their requirements and preventing medication-related problems.References and/or AcknowledgementsWe thank the anonymous clinical pharmacists, who develop this pr
ISSN:2047-9956
2047-9964
DOI:10.1136/ejhpharm-2018-eahpconf.304