Participating family medicine residents have not integrated SDM behaviors, which may also pertain to residencies elsewhere. Interventions are required to foster family medicine residents' practice of SDM.

IntroductionIn knowledge translation, implementation strategies are more effective in fostering practice change. When using these strategies, however, many determinants, such as individual or organisational factors, influence implementation. Currently, there is a lack of synthesis concerning how these determinants influence knowledge implementation (KI). The aim of this systematic review was to document how determinants influence KI outcomes with occupational therapists.MethodFollowing the PRISMA statement, we systematically reviewed the literature on KI in occupational therapy across 12 databases: MEDLINE, Embase, CINAHL, AMED, PsychINFO, Cochrane Library, FirstSearch, Web of Science, ProQuest Dissertations & Theses, ERIC, Education Source and Sociological Abstracts. Eligible studies reported KI strategies specifically with occupational therapists. Selected studies were appraised for quality with the Mixed Methods Appraisal Tool. Using the Consolidated Framework for Implementation Research (CFIR), we categorised reported mentions of CFIR (sub‐)constructs to identify the determinants studied most often, how they were documented and what influence they had on outcomes.ResultsTwenty‐two studies were analysed for this review. CFIR (sub‐)constructs were mentioned 81 times, and seven (sub‐)constructs received at least 5% of these mentions (4/81). These were as follows: (i) Adaptability of the practice; (ii) Learning climate; (iii) Leadership engagement; (iv) Available resources; (v) Knowledge and Beliefs about the Intervention; (vi) Individual Stage of Change; and vii) Executing the KI strategy. The Inner setting domain was the most documented and the domain with the most (sub‐)constructs with at least four mentions (3/7). Most studies used questionnaires as assessment tools, but these were mainly non‐standardised scales. The data were too heterogenous to perform a meta‐analysis.ConclusionSeven (sub‐)constructs mentioned most often would benefit from being assessed for salience by researchers intending to develop a KI strategy for occupational therapists. Future research aimed at improving our understanding of KI should also consider using standardised tools to measure the influence of determinants.

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Background Occupational therapists working in hospitals are usually involved in discharge planning to assess patients’ safety and autonomy upon returning home. However, their assessment is usually done at the hospital due to organizational and financial constraints. The lack of visual data about the patients’ home may thus reduce the appropriateness and applicability of the support recommended upon discharge. Although various technological tools such as mobile devices (mobile health) are promising methods for home-based distance assessment, their application in hospital settings may raise several feasibility issues. To our knowledge, their usefulness and added value compared to standard procedure have not been addressed yet in previous studies. Moreover, several feasibility issues need to be explored. Objective This paper aims to (1) document the clinical feasibility of using an electronic tablet to assess the patient's home environment by mobile videoconferencing and (2) explore the added value of using mobile videoconferencing, compared to the standard procedure. Methods A feasibility and comparative study using a mixed-methods (convergent) design is currently undergoing. Six occupational therapists will assess the home environment of their patients in the hospital setting: they will first perform a semistructured interview (a) and then use mobile videoconferencing (b) to compare “a versus a+b.” Interviews with occupational therapists and patients and their caregivers will further explore the advantages and disadvantages of mobile videoconferencing. Two valid tools are used (the Canadian Measure of Occupational Performance and the telehealth responsivity questionnaire). Direct and indirect time is also collected. Results The project was funded in the spring of 2016 and authorized by the ethics committee in February 2017. Enrollment started in April 2017. Five triads (n=4 occupational therapists, n=5 clients, n=5 caregivers) have been recruited until now. The experiment is expected to be completed by April 2019 and analysis of the results by June 2019. Conclusions Mobile videoconferencing may be a familiar and easy solution for visualizing environmental barriers in the home by caregivers and clinicians, thus providing a promising and inexpensive option to promote a safe return home upon hospital discharge, but clinical feasibility and obstacles to the use of mobile videoconferencing must be understood. International Registered Report Identifier (IRRID) DERR1-10.2196/11674

BACKGROUND Occupational therapists working in hospitals are usually involved in discharge planning to assess patients’ safety and autonomy upon returning home. However, their assessment is usually done at the hospital due to organizational and financial constraints. The lack of visual data about the patients’ home may thus reduce the appropriateness and applicability of the support recommended upon discharge. Although various technological tools such as mobile devices (mobile health) are promising methods for home-based distance assessment, their application in hospital settings may raise several feasibility issues. To our knowledge, their usefulness and added value compared to standard procedure have not been addressed yet in previous studies. Moreover, several feasibility issues need to be explored. OBJECTIVE This paper aims to (1) document the clinical feasibility of using an electronic tablet to assess the patient's home environment by mobile videoconferencing and (2) explore the added value of using mobile videoconferencing, compared to the standard procedure. METHODS A feasibility and comparative study using a mixed-methods (convergent) design is currently undergoing. Six occupational therapists will assess the home environment of their patients in the hospital setting: they will first perform a semistructured interview (a) and then use mobile videoconferencing (b) to compare “a versus a+b.” Interviews with occupational therapists and patients and their caregivers will further explore the advantages and disadvantages of mobile videoconferencing. Two valid tools are used (the Canadian Measure of Occupational Performance and the telehealth responsivity questionnaire). Direct and indirect time is also collected. RESULTS The project was funded in the spring of 2016 and authorized by the ethics committee in February 2017. Enrollment started in April 2017. Five triads (n=4 occupational therapists, n=5 clients, n=5 caregivers) have been recruited until now. The experiment is expected to be completed by April 2019 and analysis of the results by June 2019. CONCLUSIONS Mobile videoconferencing may be a familiar and easy solution for visualizing environmental barriers in the home by caregivers and clinicians, thus providing a promising and inexpensive option to promote a safe return home upon hospital discharge, but clinical feasibility and obstacles to the use of mobile videoconferencing must be understood. INTERNATIONAL REGISTERED REPOR DERR1-10.2196/11674

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