ObjectiveTo develop, implement and evaluate a personalized patient discharge letter (PPDL) to improve the quality of handoff communication from hospital to home.DesignFrom the end of 2006–09 we conducted a quality improvement project; consisting of a before–after evaluation design, and a process evaluation.SettingFour general internal medicine wards, in a 1024-bed teaching hospital in Amsterdam, the Netherlands.ParticipantsAll consecutive patients of 18 years and older, admitted for at least 48 h.InterventionsA PPDL, a plain language handoff communication tool provided to the patient at hospital discharge.Main Outcome MeasuresVerbal and written information provision at discharge, feasibility of integrating the PPDL into daily practice, pass rates of PPDLs provided at discharge.ResultsA total of 141 patients participated in the before–after evaluation study. The results from the first phase of quality improvement showed that providing patient with a PPDL increased the number of patients receiving verbal and written information at discharge. Patient satisfaction with the PPDL was 7.3. The level of implementation was low (30%). In the second phase, the level of implementation improved because of incorporating the PPDL into the electronic patient record (EPR) and professional education. An average of 57% of the discharged patients received the PPDL upon discharge. The number of discharge conversations also increased.ConclusionPatients and professionals rated the PPDL positively. Key success factors for implementation were: education of interns, residents and staff, standardization of the content of the PPDL, integrating the PPDL into the electronic medical record and hospital-wide policy.
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from Narcis: "What is known and objective Medication discrepancies are common at hospital discharge, and medication reconciliation is widely endorsed as a preventive strategy. However, implementation is difficult for instance due to the unreliability of patients medication histories. In the Netherlands, community pharmacies are well-informed about their patients’ pre-admission medication status which enables thorough post-discharge reconciliation. Our aim was to study the frequency and nature of medication discrepancies, missing patient's knowledge and administrative problems at admission to primary care. Methods A cross-sectional study was conducted in pharmacies belonging to the Utrecht Pharmacy Practice network for Education and Research in the Netherlands. Structured checklists were used to evaluate all discharge prescriptions presented by adult patients discharged from the hospital to their own home during the study period. The primary outcome was all possible problems with continuity of care, defined as (i) the number and type of medication discrepancies, (ii) administrative problems and (iii) the necessity for patient education. Results and discussion In forty-four pharmacies, checklists were completed for 403 patients. Most discharge prescriptions (92%) led to one or more problems with continuity of care (n = 1154, mean 2·9 ± 2·0), divided into medication discrepancies (31%), administrative problems (34%) and necessity for further education (35%). Medication discrepancies (n = 356) resulted mainly from missing pre-admission medication (n = 106) and dose regimen changes (n = 55) on the discharge prescription. Administrative problems (n = 392) originated mainly from administrative incompleteness (n = 177), for example missing reimbursement authorization forms, or supply issues (n = 150), for example insufficient pharmacy stock. The patients’ lack of medication knowledge post-discharge was illustrated by the high need for patient education (n = 406). What is new and conclusion Community pharmacists are still confronted with problems due to inadequate documentation at discharge which can inflict harm to patients if not properly addressed. To reduce these problems, a rigorous implementation of the medication reconciliation process at all transition points, standardized electronic transfer of all medication-related information and interdisciplinary collaboration are crucial."
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The aim of this study was to describe patients' experiences of, and preferences for, surgical wound care discharge education and how these experiences predicted their ability to self-manage their surgical wounds. A telephone survey of 270 surgical patients was conducted across two hospitals two weeks after discharge. Patients preferred verbal (n = 255, 94.8%) and written surgical wound education (n = 178, 66.2%) from medical (n = 229, 85.4%) and nursing staff (n = 211, 78.7%) at discharge. The most frequent education content that patients received was information about follow-up appointments (n = 242, 89.6%) and who to contact in the community with wound care concerns (n = 233, 86.6%). Using logistic regression, patients who perceived that they participated in surgical wound care decisions were 6.5 times more likely to state that they were able to manage their wounds at home. Also, patients who agreed that medical and/or nursing staff discussed wound pain management were 3.1 times more likely to report being able to manage their surgical wounds at home. Only 40% (107/270) of patients actively participated in wound-related decision-making during discharge education. These results uncovered patient preferences, which could be used to optimise discharge education practices. Embedding patient participation into clinical workflows may enhance patients' self-management practices once home.
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Inhalation therapy is essential for the management of respiratory conditions such as asthma and chronic obstructive pulmonary disease. However, current inhalation systems face limitations, including polydisperse aerosols that reduce drug delivery efficiency and complex treatment regimens that affect patient adherence. To improve drug targeting and efficacy, Gilbert Innovation B.V. is developing a next-generation soft-mist inhaler based on electrohydrodynamic atomization (EHDA), which produces uniform micrometer sized droplets. Effective drug delivery requires high flow rates and precise aerosol discharge to ensure deep lung deposition while minimizing losses to the device and oropharynx. To achieve this, the device employs a multi-nozzle system for increased flow and corona discharge needles for charge neutralization. However, ensuring uniform neutralization across multiple nozzles and maintaining stable electrospray operation remain key challenges. COSMIC aims to increase system robustness by optimizing neutralization efficiency, refining material selection, and controlling electrospray stability under varying conditions. The electrospray control system will incorporate advanced strategies leveraging computer vision, machine learning and big data analytics. These innovations will increase efficiency, accessibility and patient comfort in inhalation therapy.
