BackgroundParkinson’s disease (PD) is a neurodegenerative disease characterized by motor manifestations, autonomic and neurological disorders and sensorial symptoms. Medication therapy management (MTM) consists of a service undertaken by pharmacists to optimize pharmacological therapy results. This way, the pharmacist monitors the treatment prescribed by the doctor and formulates a healthcare plan to guarantee the treatment’s effectiveness, safety and convenience, thereby improving the patient’s quality of life (QoL).ObjectiveTo analyze the effect of MTM upon medicine-related problems, motor symptoms, autonomic disorders and QoL of patients with Parkinson’s disease, and describe the pharmaceutical interventions.MethodsQuasi-experimental uncontrolled before-and-after study carried out between September 2012 and March 2013 in a community pharmacy. Pharmacotherapy data were collected from medical prescriptions, patient diaries, medical charts and all the medicines (over-the-counter and prescription) brought by the patients to the appointment with the pharmacist. The medicine-related problems were classified as indication, effectiveness, safety and adherence. Adherence was measured through clinical interviews and the Morisky questionnaire. PD symptoms were assessed according to the patients’ and/or caregivers’ perceptions about the On/Off state of the motor symptoms and relief of the nonmotor symptoms. QoL was assessed using the PDQ-39 scores. The interventions were targeted to patients/caregivers and/or doctors, with pharmacological and non-pharmacological measures.ResultsSeventy patients were followed up, showing a decrease in medicine-related problems (1.67 ± 1.34 to 0.8 ± 0.9 (p < 0.001), positive impact on adherence (from 37 to 10 non-adherent patients, p < 0.001), QoL improvement related to emotional wellbeing (p = 0.012) and autonomic disorder. Most interventions were performed directly with the patients (73.8%), including non-pharmacological guidance (28.5%), pharmacological guidance (24.3%) and rescheduling (13.6%).ConclusionsTo carry out MTM with PD patients, the pharmacist’s expertise needs to transcend the technical knowledge about the PD pharmacological treatment. The study showed a positive effect with a decrease in the medicine-related problems after the interventions, especially improving adherence and patients’ QoL.
Introduction: Considering the transformation process that has been occurring in pharmacy education and the urgent need to address social health needs, proposals of teaching methods for the development of competences and skills in patient-centered care have become an issue worth discussing. The study describes and discusses the method that has been used for developing of these competencies through experiential learning in a university pharmacy in Brazil. Educational Activity: The Teaching and Learning of Pharmacy Services (TLPS) method encompasses 2 components: theoretical-reflexive one (developing protocols covering the patient care process) and practical-reflexive one (using the protocols with real patients). TLPS connects the 2 components in a way to enable students to acquire and apply theoretical knowledge for a comprehensive assessment of the patients’ needs and understand how clinical reasoning and decision-making take place. The assessment process is performed, by the supervisor, which evaluates the behaviors necessary for good professional performance. Discussion: The active learning methodologies have been effectively used in the classroom as a way to stimulate critical thinking, problem-solving, and clinical reasoning. However, experiential learning is considered a central point in the learning process and essential for knowledge building. Thus, the method herein described is shown as an innovative tool to promote self-learning, consolidation and interrelation of the acquired knowledge, easier identification of patients’ needs, normalization of behaviors, and improvement in the quality of care.
Objective: Considering the curriculum reform process taking place in pharmacy undergraduate programs in Brazil and the importance of practical experience to students throughout their learning process in university, this study aims to provide an overview of pharmacy undergraduate programs in Brazil and their respective internships. Methods: An observational, descriptive, cross-sectional study. A documentary analysis of pharmacy undergraduate programs in the face-to-face modality was carried out, with data obtained from the Political Pedagogical Projects of the programs, the curricula, and course descriptions containing information on internships, all provided by the Brazilian Ministry of Education. The data collected concerned higher education institutions (HEIs), pharmacy programs and internships. Results: Pharmacy undergraduate programs in Brazil have a median duration of 10 semesters, requiring from students a median of 6 internships, from the 6 th semester on, totalizing 826 hours. The programs lack uniformity among their internships, mainly regarding total hours and the semester in which internships start. The pharmacy internships cover, in greater number, the areas of outpatient and community pharmacy, clinical analysis, and pharmaceutical technology, respectively, being clinical analysis the area with more hours. Public and private HEIs have different internship proceedings in their curricula, hence no homogeneity among them in the different regions of Brazil. Conclusions: This study demonstrates the diversity of pharmacy programs in Brazil in the context of internships, reflecting on the training and the activity of pharmacists in recent decades. Further studies are needed to deepen the understanding of this theme.
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