Authors, date, country, setting | Study aim | Sample (N) | Guiding framework | Design, data collection method | Main findings | MMAT Quality score (0–100) |
---|---|---|---|---|---|---|
Abdekoda et al. (2015) Iran University-affiliated hospitals | To determine organizational contextual factors that may affect physicians’ acceptance of electronic medical record’s (EMR) adoption | Physicians (general practitioners, specialists, clinical fellows) (330) | Technology acceptance model | Quantitative; cross-sectional surveys | Organizational contextual factors are main determinants in leading physicians’ attitude toward EMRs adoption | 100 |
Barnett et al. (2011) UK Primary and secondary healthcare organizations | To explore how healthcare innovators of process-based initiatives perceived factors that promoted or hindered innovation implementation and diffusion | Representatives of organizations who were winners of innovation in healthcare award (15) | None | Qualitative; semi-structured interviews | Inter-organizational partnerships human resources (champions) were integral in developing, establishing and diffusing the innovations | 75 |
Bergstrom et al. (2012) Uganda Health centers that provide obstetric services | To examine relevance of organizational context from PARiHS, and whether other factors organizational context was perceived to influence implementation strategies for low-incoming settings from the perspectives of midwives and managers | Nurses, midwives, physicians (23) | PARiHS | Qualitative; semi-structured interviews and focus groups | Receptive context, culture, leadership, access to resources, community and evaluation—are relevant to influencing implementation efforts | 75 |
Berta et al. (2010) Canada Long-term care settings | To enhance understanding of what enables or impedes a health care organization when applying new knowledge intended to improve care in long-term care (LTC) | Administrative staff, clinical staff (63) | Organizational learning theory | Qualitative; semi-structured interviews and focus groups | Organizational contextual elements essential for successful knowledge application. Leaders vital in the success of knowledge application processes | 75 |
Carljford et al. (2010) Sweden Primary healthcare units | To identify key factors influencing the adoption of an innovation being introduced in primary healthcare units in Sweden | General practitioners, nurses, nursing assistants, dietitians, welfare officers, occupational therapists (67) | Rogers’ diffusion of innovations | Qualitative; focus groups | Adoption positively influenced by perceptions of the innovation being compatible with existing routines and norms. Organizational changes and staff shortages can be obstacles for adoption process | 75 |
Chuang et al. (2011) USA Various healthcare organizations | To better understand the organizational and relational factors that influence middle managers’ support for the innovation implementation process | Middle managers across various healthcare organizations (92) | Organizational framework of innovation implementation | Qualitative; semi-structured interviews and focus groups | There is interplay between middle managers’ control and discretion, and the dedication of staff and other resources for empowering managers to implement the complex innovation | 75 |
Cummings et al. (2010) Canada Hospitals | To elicit pediatric and neonatal healthcare professionals’ perceptions of the organizational context in which they work and their use of research to inform practice | Registered nurses (RN), nurse practitioners (NP), graduate nurses (GN) (248) | PARiHS | Quantitative; cross-sectional surveys | Nurses in contexts with more positive culture, leadership, and evaluation reported more research utilization than nurses in less positive contexts | 100 |
Doran et al. (2012) Canada Hospitals, long-term care (LTC) facilities, and community organizations | To investigate the role of organizational context and nurse characteristics in explaining variation in nurses’ use of personal digital assistants (PDAs) and mobile Tablet PCs for accessing evidence-based information | RN, NP in long-term care (469) | PARiHS | Quantitative; cross-sectional surveys | Frequency of best practice guideline use was explained by resources, organizational time, staffing. Frequency of Nursing Plus database use explained by culture, resources, breadth of device functions | 100 |
Estabrooks et al. (2007) Canada and USA US army hospitals, Canadian hospital healthcare settings | To compare research utilization in two different healthcare contexts—Canadian civilian and US Army settings. | RN, NP, nurse managers (1750) | None | Mixed methods; self-report surveys, interviews, observational study | Predictors in the US Army setting for research use: trust and years of experience; and Canadian civilian setting: in-service attendance, time (organizational), champion, library access | 75 |
Estabrooks et al. (2008) Canada Acute care hospitals | To examine the determinants of research use among nurses working in acute care hospitals, with an emphasis on identifying contextual determinants of research use | RN, NP (235) | Rogers’ diffusion of innovations | Quantitative; cross-sectional surveys | Units with highest mean research utilization scores clustered on unit culture, importance of continuing education, environmental complexity. Lowest research use scores clustered on high workload and lack of people support | 75 |
Estabrooks et al. (2015) Canada Nursing homes | To investigate the influence of individual and organization context factors on use of best practices by care aides in nursing homes in the Canadian prairie provinces | Nursing home facilitators, home care aides, managers (1282) | None | Quantitative; cross-sectional surveys | Significant predictors were evaluation (feedback mechanisms), structural resources, and organizational slack (time) for best practice use by care aides | 100 |
Green et al. (2017) England Acute medical units | To investigate the implementation of two distinct care bundles in the acute medical setting and identify the factors that supported successful implementation | Â | CFIR | Qualitative; review of recorded meeting minutes and audio recordings of meetings | Resources to support initiatives (incl. training), perceived sustainability of changes, senior leadership support was seen as critical | 75 |
Harris et al. (2013) USA Outpatient medical clinics | To explore the organization contextual factors that were important for implementation of a short message system (SMS)-based intervention for persons living with Human Immunodeficiency Virus (HIV) | Providers, study coordinator, patients (14) | Weiner et al.’s [81] conceptual model of process evaluation | Qualitative; in-depth interviews | Leadership and resources important in implementing SMS based intervention | 75 |
Harvey et al. (2015) UK Health service organizations | To extend and develop an understanding of how organizational context affects the implementation and effectiveness of improvement in healthcare organizations | Middle-level and senior-level managers in hospitals (22) | Absorptive Capacity Framework | Qualitative; semi-structured interviews | Strategic priorities, communication resources on learning, collaboration with external stakeholders and make use of available knowledge important for implementation success. | 50 |
Hofstede et al. (2013) Netherlands General hospitals, medical centers, private clinics | To explore and categorize all barriers and facilitators associated with the implementation of shared decision making in sciatica care from the perspectives of healthcare providers and patients | Physical therapists, surgeons, general practitioners, neurologists (62) | Grol and Wensing’s [82] model | Qualitative; semi-structured interviews and focus groups | Lack of time, high workload, lack of trust, and communication issues were barriers to implementation | 50 |
Koehn et al. (2008) USA Large, urban medical center | To investigate registered nurses’ perceptions, attitudes and knowledge/skills associated with evidence-based practice | RN, NP (422) | None | Quantitative; cross-sectional surveys | Lack of time, leadership buy-in, and resources as main barriers. Implementing culture of EBP important to moderate staff attitudes on EBP uptake | 75 |
Krein et al. (2010) USA Hospitals | To examine quality improvement efforts and the implementation of recommended practices to prevent central line-associated bloodstream infections (CLABSI) in US hospitals | Epidemiologists, nurses, physician directors, front-line clinicians (86) | Rogers’ diffusion of innovations | Qualitative; semi-structured interviews | Type of cultural, emotional and political context greatly affect implementation. Collaboration, leadership and resources play key role in uptake | 75 |
Livet et al. (2008) USA Mental health centers | To examine the organizational-level mechanisms that are part of the Prevention Delivery System and their influence on implementation of comprehensive programming frameworks aimed to help practitioners plan, implement, evaluate and sustain their interventions | Board and provider agency representatives (32) | None | Quantitative; cross-sectional surveys and interviews (coded and quantified) | Leadership, shared vision, champions, technical assistance (resources) were common correlates of use across programming processes | 100 |
Lodge et al. (2016) USA State hospitals, community centers | To identify barriers to implementing a person-centered recovery planning system for mental health patients. | Leadership, case managers, rehabilitation specialists, social workers, psychologists, coordinators (71) | CFIR | Qualitative; focus groups | Lack of time and resources (incl. training), lack of staff buy-in, non-collaborative planning, leadership barriers, dissemination barriers related to implementation failure | 50 |
Marchionni et al. (2008) Canada Inpatient units in a large healthcare center | To examine what contextual factors support the implementation of best practice guidelines (BPG) in nursing care | RN, NP (20) | None | Quantitative; pre and post design surveys | Supportive organizational culture and key people leading change important for implementing BPG | 75 |
McCullough et al. (2015) USA Anticoagulation clinics | To identify the interconnected patterns among contextual elements that influence uptake of an anticoagulation clinic improvement initiative | Pharmacy administrators, pharmacists, nurses, support staff (51) | PARiHS | Qualitative; semi-structured interviews, ethnographic observations | Leadership, teamwork and communication interacted with each other, often yielding results that could not be predicted by looking at just one factor alone | 75 |
Olstad et al. (2011) Canada Recreational facilities | To investigate the awareness, adoption and implementation of a nutritional guideline for children among recreational facilities | Mayors, councilors, middle-level managers (151) | Greenhalgh’s multi-tiered model of diffusion of complex innovations, Prochaska and Velicer’s transtheoretical model of change | Mixed methods; cross-sectional survey with open- and close-ended questions | Inner context, negative feedback received during the implementation process, managers’ belief that implementing nutrition guidelines would limit profit were key barriers to uptake | 50 |
Omer et al. (2012) Saudi Arabia Large hospitals | To explore barriers to and facilitators of research finding utilization in nursing practice | Nurses, nursing managers (413) | None | Quantitative; cross-sectional surveys | Communication, adopter, and innovation factors; lack of time, lack of authority, lack of physician cooperation, lack of EBP-related education are barriers to research use | 100 |
Ozdemir and Akdemir (2009) Turkey Inpatient clinics in hospitals | To identify the factors that the nurses believe are essential for evidence to become the basis of their practice and the obstacles to research utilization | RN, NP (219) | None | Quantitative; cross-sectional surveys | Older and highly experienced nurses likely to implement evidence into practice; research use related to organizational support | 75 |
Powell et al. (2009) UK Acute care hospitals | To explore organizational difficulties during the implementation of national policy recommendations in local contexts. | Anesthetists, surgeons, nurses, managers (71) | None | Qualitative; case-study; semi-structured interviews | Networks, financial resources, time and training affected local uptake of national policy recommendations | 75 |
Riekerk et al. (2009) Netherlands Intensive care unit in a teaching hospital | To implement a delirium screening instrument into daily critical care, to assess the obstacles to its implementation. | Physicians, nurses (53) | None | Quantitative; pre-post surveys | Communication, staffing and training emerged as important elements for implementation | 50 |
Sommerbakk et al. (2016) Norway Local medical centers (primary care services that offer short-term in-patient care) | To determine the barriers and facilitators for implementing improvements in PC have been experienced by health care providers | Physicians, nurses, managers (20) | Grol and Wensing’s (2004) model | Qualitative; semi-structured interviews and focus groups | Barriers and facilitators were connected to: credibility, advantage, accessibility of innovation; individual motivation, PC expertise, confidence; patient compliance; leadership, culture, communication, resources, expertise, policy, finance, training, reminders | 75 |
Squires et al. (2013) Canada Medical, surgical, critical care units in pediatric hospitals | To identify dimensions of organizational context and individual (nurse) characteristics that influence pediatric nurses’ self-reported use of research | RN, NP (735) | None | Mixed methods; semi-structured interviews, non-participant observation, document analysis, cross-sectional survey | Predictors of conceptual research use: belief suspension-implement, problem solving ability, use of research in the past, leadership, culture, evaluation, formal interactions, informal interactions, organizational slack-space, and unit specialty | 100 |
Stevens et al. (2014) Canada Pediatric hospitals | To determine the effectiveness of the KT strategies implemented in relation to unit aims; describe KT strategies implemented and their influence on pain assessment and management practices across unit types; identify facilitators and barriers to the implementation of KT strategies | Pediatric hospital units (16) | None | Mixed methods; chart review; process evaluation checklist (analyzed with qualitative content analysis) | Unit leadership, staff engagement, dedicated time and resources facilitated effective implementation of KT strategies. | 75 |
Thomas et al. (2011) UK National health service organizations | To identify organizational factors facilitating research-based practice in allied health profession departments. | Clinicians and operational managers (58) | None | Qualitative; semi-structured interviews | Staff development, communication, resources and infrastructure, evaluation and feedback facilitated research use | Â |
Urquhart et al. (2014) Canada Women’s and children’s hospital | To examine the key interpersonal, organizational, and system level factors that influenced the implementation and use of synoptic reporting tools in three specific areas of cancer care | Radiologists, endoscopists, surgeons (53) | PARiHS, organizational framework of innovation implementation (Helfrich et al. [83]) | Qualitative; semi-structured interviews, document analysis, non-participant observation | Stakeholder involvement, communication, training and support, champions and respected colleagues, administrative and managerial support, and innovation attributes influential to implementation initiative | 75 |
Vamos et al. (2017) USA Hospitals | To explore the multilevel contextual factors that influenced the implementation of the Obstetric Hemorrhage Initiative (OHI) among hospitals | Multidisciplinary hospital staff (50) | CFIR | Qualitative; individual in-depth interviews | Leadership engagement; engaging people; planning; reflecting, inner staff knowledge/beliefs; resources; communication; culture. Leadership and staff buy-in emerged as important components influencing OHI implementation across disciplines | 75 |
Whitley et al. (2009) USA Mental health centers | To examine which factors promote or hinder successful implementation of illness management and recovery in these settings | Mental health centers (12) | None | Mixed methods; semi-structured interviews, field notes, cross-sectional surveys | Leadership, culture, training, staff and supervision meaningfully determined implementation success/failure. These themes worked synergistically to effect implementation | 75 |
Wright et al. (2007) UK Rehabilitation units | To identify the contextual indictors that enable or hinder effective evidence based continence care in rehabilitation settings for older people | Medical staff, nursing leaders, nursing staff (123) | PARiHS | Mixed methods; self-reported surveys, semi-structured observation of practice | Leadership, evaluation and culture barriers led to poor uptake | 75 |
Yamada et al. (2017) Canada Pediatric hospitals | To assess how organizational context moderates the effect of research use and pain outcomes in hospitalized children. | RN, NP (779) | None | Quantitative; cross-sectional surveys | Culture, social capital, informal interactions, resources, organizational slack significantly moderated the effect of instrumental research use on pain assessment; culture, social capital, resources and organizational slack time moderated the effect of conceptual research use and pain assessment | 100 |
Zazzali et al. (2008) USA Mental health service organizations | To explain the adoption and implementation of FFT in a small sample of family and child mental health services organizations | Administrators (15) | None | Qualitative; semi-structured interviews | Resource, organizational structure and culture influenced the ease with which treatment program was implemented | 75 |