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Background: A medication use review (MUR) aims to optimize medication use, patient knowledge and can improve health outcomes. This pharmaceutical care service is not yet available in Belgium., Objectives: To describe drug-related problems (DRPs) detected during a MUR, subsequent interventions proposed by pharmacists and evolution of DRPs until follow-up and to identify patient-related variables associated with the number of reported DRPs., Methods: Belgian community pharmacists provided a MUR to older polymedicated ambulatory patients and registered DRPs, interventions and resolution at follow-up using the PharmDISC classification. The relationship between 14 patient-related variables and the number of reported DRPs was investigated with univariate analysis. A prediction model was developed with significant variables using negative binomial regression analysis., Results: Across 56 pharmacies, 453 patients received a MUR and 1196 DRPs were registered (median 3DRPs/patient, range 0-10). Only for 11.7% of patients no problems were identified. The top-3 causes were interaction (15.2%), inappropriate timing or frequency (13.5%) and adverse effect (11.9%). The top-3 recommended interventions by pharmacists were transmission of information (25.1%), in-depth patient counselling (15.0%) and therapy stop (8.2%). After six weeks, 42.6% of DRPs were resolved; data was missing for 33.3%. A higher number of chronic drugs, female gender and living alone were associated with more DRPs. The prediction model found that per additional chronic drug, the number of problems increases by 4.3% (95% CI: 2.0-6.6%). Male gender decreases DRPs by 22.1% (95% CI: 10.4-32.0%). Living alone provided no additional predictive value in the prediction model. Confounding process- and pharmacist-related variables also influenced the number of reported DRPs., Conclusion: A MUR appears an effective strategy to detect and resolve DRPs. The number of chronic medications and female gender predict a higher number of DRPs. These findings are a starting point for evidence-based eligibility criteria for a MUR service in Belgium., Competing Interests: Declaration of competing interest The authors report no conflicts of interest in this work., (Copyright © 2019 Elsevier Inc. All rights reserved.)

Background: The Association of Pharmacists in Belgium (APB) and local pharmacy associations launched a pilot project in collaboration with research teams from three Belgian universities to study the impact and implementation-related issues of a medication review (MR) service type 2a in Belgian community pharmacies., Objective: The aim of this paper is to describe the implementation process of the MR service and to present the implementation evaluation of the pilot study (testing stage)., Methods: The pilot project was a prospective observational study using mixed methods. The implementation evaluation was based on the RE-AIM model and the framework for the implementation of services in pharmacy (FISpH). Collected implementation outcomes were classified into four dimensions: reach, adoption, implementation and intent of maintenance., Results: During the testing stage, 80 pharmacies participated in the study, but 25 dropped out (31%), mainly because of a reported lack of time (adoption). The 55 remaining pharmacies included 457 patients. Recruiting patients into the service was challenging for pharmacists as 48.5% of patients refused the pharmacists' proposal (reach). Internal organizational factors were major barriers for pharmacists, followed by the lack of adoption by the pharmacy team. Large pharmacies in which pharmacy owner led the project were observed to be more proactive in implementing the MR service by integrating organizational strategies to assist the implementation process (implementation). Interviewed pharmacists perceived this new service as a professionally satisfying activity. Among participating pharmacists, 92.5% found this service feasible in practice, but believed it required adapted resources to reorganize the internal pharmacy workload, additional support, such as broad-based media campaigns to increase physicians' and patients' awareness and attitudes towards the service, and modified software (maintenance)., Conclusions: The medication review service was implemented in 68% of participating pilot Belgian community pharmacies but would require adapted resources and supports for larger scale implementation., (Copyright © 2018 Université libre de Bruxelles. Published by Elsevier Inc. All rights reserved.)

Introduction: To compare online learning tools, looped, branch serious game (SG) and linear text-based scenario (TBS), among a sample of Belgian and Swiss pharmacy students., Methods: Open randomized controlled study. The lesson was based on the case of a benign cough in a healthy child. A randomized sample of 117 students: only the Swiss students had attended a previous lecture on coughs. Participation rate, pre- and post-experience Likert scales and students' clinical knowledge were measured., Results: Our primary hypothesis was demonstrated: students favored the SG even if navigation was rated as more complex, and students who performed the SG better understood the aim of pharmacist triage in case of cough. The influence of the SG appeared to be linked to the presence of a previous lecture in the curriculum., Discussion and Conclusion: SG and TBS are effective to teach pharmacist triage. Higher SG complexity should be used to teach the aim of pharmacist triage in the case of a specific disease and could be an alternative to simulated patients. A simpler TBS does not require a previous lecture and a debriefing to be fully effective., (Copyright © 2017 Elsevier Inc. All rights reserved.)

Background: In October 2013, a New Medicines Service (NMS) was introduced in community pharmacies in Belgium to support asthma patients who are novice users of inhaler devices with corticosteroids. The protocol-based intervention used the Asthma Control Test (ACT) and the Medication Adherence Report Scale (MARS) to assess asthma control and medication adherence. The NMS is the first initiative that puts advanced pharmaceutical care into practice in Belgium. The present study evaluated the degree to which the NMS program is delivered as intended, drawing on the concept of implementation fidelity (IF)., Methods: The main dimensions of IF and potential moderating and facilitating factors for the implementation of NMS in community pharmacies were evaluated using telephone interviews with pharmacists (n = 497), semi-structured interviews with patients eligible for NMS (n = 30), focus groups among general practitioners (n = 72) and lung specialists (n = 5), and a work system analysis in community pharmacies (n = 19)., Results: The uptake of NMS in Belgian community pharmacies remains low. In addition to practical barriers, pharmacists found it difficult to identify new asthmatic patients when they were not informed about the diagnosis. A lack of commitment from physicians, patients and pharmacists was noted in the early start-up phase of the program. Many pharmacists did not see how NMS differed from existing pharmaceutical care. Physicians considered this service as part of their own tasks and discouraged ACT for asthma follow-up in the community pharmacy., Conclusions: The introduction of the NMS program was not sufficiently embedded in the Belgian health care organization, causing low uptake and resistance to its implementation by pharmacists, patients, and other health care professionals. To increase the uptake of this type of service and its possible extension to other patient groups, more collaboration among the different health care professionals during design and implementation is necessary, as well as systematic data collection to monitor the quality of the service, better training of pharmacists, and more information for patients and physicians., (Copyright © 2016 Elsevier Inc. All rights reserved.)

Ghrelin, identified as an endogenous ligand for the growth hormone secretagogue receptor, is a 28 amino acid peptide hormone possessing an unusual octanoyl group on the serine in position 3, crucial for its biological activity. Ghrelin is predominantly produced by the stomach but also by many other tissues such as pituitary, hypothalamus, duodenum, jejunum, ileum, colon, lung, heart, pancreas, kidney, and testis. In addition to stimulation of GH release, ghrelin stimulates appetite and food intake, enhancing fat mass deposition and weight gain. Besides these main actions, ghrelin regulates gastric motility and acid secretion, exerts cardiovascular and anti-inflammatory effects, modulates cell proliferation and influences endocrine and exocrine pancreatic secretion, as well as glucose and lipid metabolism. Therefore, ghrelin agonists and antagonists might be valuable for some clinical aspects.