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Objective: Based on the principle of the autonomy of the patient, shared decision-making (SDM) is the ideal approach in clinical encounters. In SDM, patients and healthcare professionals (HCPs) share knowledge and power when faced with the task of making decisions. However, patients are often not involved in the decision-making process. In this study, we explore medication decision-making during hospitalization and how power in the specific patient—HCP relationship is articulated, as analysed by Foucauldian theory. Methods: A qualitative case study, comprising observations of patient-HCP encounters at an internal medicines ward at a university hospital in Norway, followed by semi-structured interviews. The narratives (n = 4 patients) were selected from a larger study (n = 15 patients). The rationale behind the choice of these patients was to include diverse and rich accounts. The four patients in their 40s–70s were included close to the day of presumed discharge. Results: The narratives provide an insight into the patients as persons, their perspectives, including what mattered to them during their hospitalization, especially in relation to medications. Overall, SDM was not observed in this study. Even though all the participants actively tried to keep their autonomous capacity and to resist the HCPs’ use of power, they were not able to change the established dynamics. Moreover, they were not allowed an equal voice to those of HCPs and thus not to escape the system’s objectification and subjectification of them. Conclusion: There is a need for HCPs to get more familiarized with SDM. The healthcare system and the individual HCP need to make more room for dialogue with the patients about their preferences. A part of this is also how health care systems are structured and scheduled, thus, it is important to empower patients and HCPs alike.

Data-enriched edible pharmaceuticals (DEEP) is an approach to obtain personalized medicine, in terms of flexible and precise drug doses, while at the same time containing data, embedded in quick response (QR) codes at a single dosage unit level. The aim of this study was to fabricate DEEP with a patient-tailored dose, modify drug release and design to meet patients’ preferences. It also aimed to investigate physical stability in terms of the readability of QR code patterns of DEEP during storage. Cannabinoids, namely, cannabidiol (CBD) and delta-9-tetrahydrocannabinol (THC), were used as the model active pharmaceutical ingredients (APIs). Three different substrates and two colorants for the ink were tested for their suitability to fabricate DEEP by desktop inkjet printing. Flexible doses and customizable designs of DEEP were obtained by manipulating the digital design of the QR code, particularly, by exploring different pattern types, embedded images and the physical size of the QR code pattern. Modification of the release of both APIs from DEEP was achieved by applying a hydroxypropyl cellulose (HPC) polymer coating. The appearance and readability of uncoated and polymer-coated DEEP did not change on storage in cold and dry conditions; however, the HPC polymer layer was insufficient in preserving the readability of the QR code pattern in the extreme storage condition (40 °C and 75% relative humidity). To sum up, the DEEP concept provides opportunities for the personalization of medicines, considering also patients’ preferences.

Background: Observation studies are used in health care research, e.g. to explore behaviors of patients or health care professionals in hospitals. A methodological challenge in observation studies is the observer effect, as it can jeopardize the quality of a study. Objectives: To capture different dimensions of the observer effect through health care professionals' and patients' experiences, and their reactions to being observed in a hospital setting, and in addition, observers' experiences from performing an observation study. Method: Four focus group interviews (health care professionals and observers) and 10 individual interviews (patients) were conducted with participants from a Norwegian observation study focusing on medication communication at a hospital ward. In all 26 persons were interviewed, whereof 3 were observers (pharmacist, pharmacy students). Data were collected between September 2019 and January 2020 and analyzed by an inductive, thematic analysis approach. Results: Five main themes were identified; Experiencing being observed; Temporarily adapting medication communication behavior; Consequences for the patients; To interact or not - reflections on the relations and Observing the observers. Respondents reported some observer effects, but also that these diminished with time. Even though minimal interaction was used as a strategy, observers and the observed still built rapport. Conclusions: The observer effect in relation to medication communication seemed to be small and temporary in this specific hospital setting, among other things as staff and patients were used to extra persons (e.g. students) being around. Medication communication in hospital settings is a complex behavior, and appears to not be strongly impacted by the presence of observers, especially with a long observation time. It is important for researchers to monitor and record the observer effect in the specific setting of the study. This can be done by interviews with the observed