- Systematic review
- Open Access
Organizational participatory research: a systematic mixed studies review exposing its extra benefits and the key factors associated with them
Implementation Science volume 12, Article number: 119 (2017)
In health, organizational participatory research (OPR) refers to health organization members participating in research decisions, with university researchers, throughout a study. This non-academic partner contribution to the research may take the form of consultation or co-construction. A drawback of OPR is that it requires more time from all those involved, compared to non-participatory research approaches; thus, understanding the added value of OPR, if any, is important. Thus, we sought to assess whether the OPR approach leads to benefits beyond what could be achieved through traditional research.
We identified, selected, and appraised OPR health literature, and at each stage, two team members independently reviewed and coded the literature. We used quantitative content analysis to transform textual data into reliable numerical codes and conducted a logistic regression to test the hypothesis that a co-construction type OPR study yields extra benefits with a greater likelihood than consultation-type OPR studies.
From 8873 abstracts and 992 full text papers, we distilled a sample of 107 OPR studies. We found no difference between the type of organization members’ participation and the likelihood of exhibiting an extra benefit. However, the likelihood of an OPR study exhibiting at least one extra benefit is quadrupled when the impetus for the study comes from the organization, rather than the university researcher(s), or the organization and the university researcher(s) together (OR = 4.11, CI = 1.12–14.01). We also defined five types of extra benefits.
This review describes the types of extra benefits OPR can yield and suggests these benefits may occur if the organization initiates the OPR. Further, this review exposes a need for OPR authors to more clearly describe the type of non-academic partner participation in key research decisions throughout the study. Detailed descriptions will benefit others conducting OPR and allow for a re-examination of the relationship between participation and extra benefits in future reviews.
Participatory research is an umbrella term for a host of collaborative approaches to research where academics conduct research with non-academic partners  and has been defined as a “systematic inquiry, with the collaboration of those affected by the issue being studied, for purposes of education and taking action or effecting social change” . This research approach produces theoretical or evaluative knowledge, similar to conventional quantitative and qualitative methodologies, and also blends research with action, thereby producing knowledge that can inform healthcare practices, services, and organizations . The origins of this family of research approaches have been referred to the Northern and Southern traditions . The Northern tradition is rooted in the work of Kurt Lewin on action research in the 1940s. In his seminal paper, Lewin called for collaborations between academic researchers and practitioners to effect sustainable change, writing that action research “needs the best of what the best among us can give, and the help of everybody” . Action research engages academic researchers and non-academic partners in a democratic and iterative research cycle of planning, action, and fact finding about the effect of the action [5, 6]. A central tenet of action research is that working collaboratively will lead to changes in the academics and non-academics alike; thus, the approach integrates research, action, and education [5, 6]. In the 1980s, Chris Argyris and Donald A. Schön built on this tradition with their work on organizational learning and action science  and reflective practice, or “kind of action research that enhances common sense, a form of inquiry that builds on and feeds back to modify what we already know-in-practice.”  The Southern tradition, for its part, stems from the work of Paolo Freire, in Brazil . This tradition emphasizes empowerment and emancipation of marginalized or oppressed populations. Much of community-based participatory research follows from this tradition [1, 10].
The research literature demonstrates the dynamic evolution of participatory research with numerous constructive debates, methodological papers, reviews, and books regarding similarities and nuances between action research, community-based participatory research, and several related approaches such as collaborative action research, cooperative action research, participatory action research, transformative research, emancipatory action research, and so forth [11,12,13]. For instance, participatory research does not necessarily follow the planning, action, and fact finding cycle outlined by Lewin . Also, what exactly does it mean to ‘engage’ or ‘collaborate’ with non-academic partners in communities vs. in organizations? Does this collaboration occur during the action phase (e.g., design or implementation of an intervention) or during the research phase (e.g., definition of the research question or data collection and analysis)? In their large systematic review of what the authors refer to as action research, Waterman et al.  documented non-academic partners’ participation in four stages of the research (information gathering, planning, implementation, and evaluation) according to six categories of participation (co-option, compliance, consultation, cooperation, co-learning, and collective action). Notably, they documented that these stakeholders’ category of participation often varies throughout the phases of a given study, a finding which corroborates previous work . Moreover, the many labels for the various approaches of the family of collaborative research are not always used to mean the same thing [3, 11, 15]. In line with other typologies of stakeholder participation in research [14, 16, 17] (Table 1), and a previous review by co-authors on community-based participatory research , we submit that participatory research refers to non-academic partners participating with university researchers in at least three key research decisions: (a) identifying the research question(s); (b) setting the methodology, collecting and/or analyzing the data, or interpreting the findings/results; and (c) implementing or disseminating the research findings. All types of qualitative, quantitative, and mixed methods may be used with this research approach .
In health, organizational participatory research (OPR) is carried out with organizations, where an organization is a “context of action in which relationships of cooperation, exchange, and conflict between actors with divergent interests are being established and managed”  with rules and hierarchies, and which fluctuates in response to changes in the environment. A health organization is any organization offering health-related services such as hospital wards, primary care clinics, or long-term care facilities. In health organizations, OPR can be used to develop research capacity and reflective practice (e.g., practitioners not only collect facts regarding their practice, but reflect on their practice to uncover and understand tacit knowledge), and it produces organizational learning (i.e., practitioners not only reflect on and amend organizational activities, but also the governing strategies behind them) . It is used to implement organizational changes and practice improvement by, for example, addressing challenges or solving clinical and non-clinical problems, or to develop and implement innovations or interventions [3, 21,22,23]. Additionally, OPR empowers health professionals and can contribute to their professional development (e.g., increased skills and knowledge in areas such as management, clinical practice, education, and research), and results in improvements in healthcare (e.g., improved patients knowledge about medication, improved infection control) and patient satisfaction [3, 15, 24, 25]. Indeed, this research approach is recommended because it “appears to have the potential to assist practitioners, managers and policy makers in their efforts to provide high-quality healthcare” .
To date, four literature reviews have focused on OPR in health, including studies with varying degrees of organization participation throughout the research (from cooperation to full engagement in the research and/or ensuing actions) [3, 15, 24, 25]. These reviews are each narrow in focus examining only nursing , adult intensive care unit settings , UK settings , or only practice-based nursing . They conclude that OPR empowers health professionals and contributes to their professional development. However, the association of OPR outcomes with processes of participation remains unclear because these reviews included OPR studies without distinguishing between (or among) types of participation. Furthermore, the challenges associated with this research approach such as increased workload of organization members, time constraints and conflicting commitments, and disruption, such as resistance to change or interpersonal tensions [3, 25], further underscore the need to understand if the benefits of this approach outweigh the costs. Participatory research approaches are also a more time-consuming research approach, compared to non-participatory research , and may require extra effort to work through challenges, among them practitioners’ research values and skills, and communication difficulties . Thus, understanding outcomes in terms of the added value of OPR, if any, is important.
Aims and objectives
To better understand the processes and outcomes of OPR in health, we conducted a two-phase systematic review of qualitative and quantitative evidence. This manuscript pertains to the first phase which was quantitative and compared two modes of health organization participation in research decisions:
Co-construction: organization members work actively with university partners in at least the three phases of the research cited above (research co-governance).
Consultation: organization members are consulted by university partners in at least these three phases of the research, and provide input that influences the research decisions (no research co-governance).
This dichotomy is based on various frameworks of non-academic partner participation in research (Table 1). Although reductionist, we chose to use a dichotomy because research reports often lack the detail necessary to further classify the nature of non-academic partner participation [3, 24].
We sought to assess whether the OPR approach contributes to benefits over and above achieving the research objective (i.e., extra benefits). Our specific review questions were:
What are the types of extra benefits of OPR in health; that is, research conducted in partnership between health organizations and university researchers (co-construction and consultation)?
To what extent are these extra benefits associated with factors such as the type of participation (co-construction vs. consultation)?
Answering these questions is important to better understand OPR effects. The second phase of this review is an ongoing complementary qualitative data analysis of quantitative and qualitative evidence and aims to provide a rich detailed description of the processes and outcomes, including challenges and pitfalls, of OPR and suggest guidelines for planning and conducting OPR.
Methodology and methods
Systematic mixed studies reviews are an emerging form of literature review that use mainly textual data to combine qualitative and quantitative evidence extracted from qualitative, quantitative and mixed methods studies [27, 28], and can provide a highly practical understanding of complex health interventions and programs [23, 29,30,31]. In this review, we synthesized qualitative and quantitative evidence to test the hypothesis that the likelihood a co-construction type OPR study yields extra benefits is greater than for studies using consultation type OPR, and that five other variables are influencing factors (Table 2). Our synthesis design combined quantitative content analysis method and a multivariate logistic regression.
To help ensure our work is relevant to health organizations, we used a participatory approach, partnering with managers from a variety of health organizations (Table 3) to define our research objectives, refine our data collection and analysis, and interpret and disseminate findings. Below we present our methods in line with the PRISMA statement . As per PROSPERO inclusion criteria, this review is not registered.
In line with the literature on systematic mixed studies reviews , we collected all types of evidence to better understand OPR and included original qualitative, or quantitative, or mixed methods empirical research. Eligible studies were reported in English or in French, health related, and conducted within a health organization using an OPR approach (either co-construction or consultation). Also, given our focus on the extra benefits of OPR, it was necessary that our included studies reported outcomes. Thus, to be eligible, studies had to report a practice change initiative authors had implemented, or attempted to implement (e.g., a revised healthcare procedure). Through an iterative process of criteria development, testing, and modification by the core team (Table 3), consultation with organization partners and co-researchers, and modification and further testing, we developed and refined our criteria definitions. Because of their complexity, some eligibility criteria could only be assessed with the full text; thus, there are additional selection (full text) criteria compared to those used at the identification stage (titles/abstracts) (Tables 4 and 5 and Additional file 1). Given that no one term is used to refer to OPR, the description of the research approach was used to determine eligibility for the OPR criterion, rather than the label used.
Information sources and search strategy
To ensure we captured relevant studies for this review, we cast a wide net, using multiple terms for participatory research and for health organizations (Additional file 2). Terms were informed from 39 studies identified as relevant to the review during preparatory work and also suggested by the research team members and the search strategy was developed by two health librarians experienced in searching for systematic reviews, and peer reviewed by three other specialized librarians. Moreover, the strategy was tested to ensure it captured the studies identified as relevant during preparatory work. The following databases were searched: MEDLINE including In-Process & Other Non-Indexed Citations (1946 to November 28 2012, searched using the PubMed interface), CINAHL (1981 to November 29 2012, searched using the EBSCOhost interface), Embase Classic + Embase (1947 to November 28, 2012, searched using the Ovid interface), PsycINFO (1987 to November Week 3 2012, searched using the Ovid interface), the Cochrane Library (1997 to November 29 2012), Social Work Abstracts (1968 to September 2012, searched using the Ovid interface) and Business Source Complete (1886 to November 29 2012, searched using the EBSCOhost interface). The search strategy for MEDLINE is presented in Additional file 2. Strategies for other databases are available upon request. We also searched for additional studies, theses, and conference proceedings in ProQuest Dissertations & Theses (Full Text: Health & Medicine) database, The New York Academy of Medicine – Gray Literature Report, OpenGrey, and Google. In total, 13,837 records were identified through the database search and exported to an EndNote database where duplicate references were removed. An additional 150 records were identified through forward citation tracking conducted up to June 2014. The majority of duplicates were removed using Endnote Bibliographic software. Duplicates that remained were identified and removed during the selection phase. A total of 8873 unique records were included for screening.
To reduce the possibility of discarding relevant studies, we followed conventional guidance for systematic reviews . Two independent reviewers (VG & PLB) began reading titles and abstracts in December 2012, coding each identification criterion as “1” for “yes,” “0,” for “no,” and “2” for “unsure.” To determine agreement regarding studies to move to the next phase, these reviewers met to discuss divergent codes. In instances where one reviewer had coded “unsure,” we used the inclusion/exclusion code of the other reviewer. When both reviewers were unsure, the abstract was moved to the next (full text) stage. When reviewers disagreed, discussions pertained to the codes, more so than to the abstracts.
The same two reviewers (VG & PLB) read the full text papers, coded the selection criteria and included papers, or discussed and resolved disagreements in the same manner as for the previous stage. It should be noted that at this stage, the two reviewers scrutinized full text papers to code them for the participation variable: “0” for no participation, “1” for consultation type participation, “2” for co-construction type participation, or “3” for unclear/unsure. Only studies reporting participation in such a way that they could be categorized as “consultation” or “co-construction” were included.
Critical appraisal of included studies
Quality appraisal is a core component of systematic reviews . Given our sample included qualitative, quantitative, and mixed methods studies, we used the Mixed Methods Appraisal Tool, which has been content validated and tested for reliability [28, 34]. Again, this phase was conducted by two independent reviewers (RQS and VK) with disagreements resolved by a third party. No studies were excluded based on their quality, but this appraisal is included in the textual description of each included study (Additional file 3: Table S1).
Because we were not synthesizing the research outcomes reported by the authors, but rather outcomes the authors described as being associated with the participation processes, we also appraised studies according to the description of these processes. For each of the selected studies, one reviewer extracted all text passages describing either a research participation process, a research participation outcome, or a research participation process linked with a research participation outcome. Text passages were extracted from the papers in the order they appeared and copied into excel documents (one per study). All excel documents were reviewed by the first author to ensure accuracy of extracted text passages and their categorization as research participation-related processes and/or outcomes. Only studies with clearly linked process-outcome text passages were retained for the final sample of studies included in this review.
Data extraction and quantitative content analysis
We designed and piloted our data extraction forms (Additional file 4) and two independent reviewers extracted data from all included studies. As per quantitative content analysis , data were assigned numerical codes (variable values). Data pertain to four study aspects: (a) descriptive data about the study (duration, health domain and year of publication); (b) descriptive data about the research partners (academic partners’ fields of expertise, type and number of health organizations, type and number of organization partners including clinicians, managers and patients); (c) descriptive data about the initiation and type of participation; and (d) process and outcome text passages (as described above for appraisal phase). The quantitative data extracted for study aspects (a) and (b) were factual; to ensure accuracy, the lead author revised the numeric codes of the two independent reviewers and corrected discrepancies by returning to the full text papers. Data regarding the duration of the study or the different types of organization partners were missing for 65 (61%) of the included studies; thus, we sought to obtain the missing data directly from the authors. Unable to obtain author contact information for 13 (20%) studies, we emailed authors of 52 (80%) studies and received 26 (40%) responses (15 (23%) emails bounced back and 11 (17%) authors did not respond. With regard to study aspect (c), two independent reviewers coded full text articles and an inter-rater reliability score was calculated; then, reviewers discussed and corrected discrepancies by returning to the papers, and remaining disagreements were resolved by a third party. Regarding study aspect (d), for each included study, the process- and outcome-related text passages were extracted, into Excel, by one researcher and cross-checked by the lead author.
To generate the extra-benefits variable, two independent reviewers (RES & PLB) read each of the 107 abovementioned process-outcome Excel documents, and coded each extract for absence or presence of an extra benefit using a coding manual (code definitions and key examples). Then, an inter-rater reliability score was calculated. In mixed methods, this data transformation process is referred to as “quantitizing” [28, 36, 37]. In addition, two independent reviewers further coded the text passages according to types of extra benefits, which were developed using a content analysis technique (Table 6) and a capacity building framework . Table 7 presents our detailed definition of these “extra benefits.”
Extra benefits: Previous research suggests community-based participatory research projects exhibit a variety of positive, yet unanticipated, outcomes [18, 39]. For example, Jagosh et al.  illustrated how participatory research generates systemic changes and new unanticipated projects and activity. Yet, the association between such extra benefits and the participatory research process has not been measured. Therefore, we chose to examine this relationship according to the absence or presence of extra benefits.
Participation: previous systematic reviews in the area noted the difficulty determining the degree of participation required to achieve project success. Moreover, some had difficulty applying detailed frameworks of participation as articles were often lacking detail, and the level of non-academic partner participation varied within studies [3, 25]. Therefore, similar to the action research literature review of Munn-Giddings, McVicar , we used a dichotomy of participation, but based our operationalization of the two types of participation on previous benchmarking works (Table 1).
Duration of study: It typically takes 1 year for a partnership to develop and become fully functional . Given the centrality of the partnership in OPR, we hypothesized that projects lasting 1 year or longer would be more likely to yield extra benefits compared to those lasting less than 1 year. This hypothesis is further supported by a review of community-based participatory research literature [18, 39].
Initiator of the research: In OPR, it is important that all partners agree on the importance of the research focus [2, 40]. It may be easier to generate buy-in from organization members if the impetus for the study comes from the organization. To examine this, we included this variable in the regression model, hypothesizing that the likelihood of observing extra benefits would be higher for studies initiated by the organization partners, rather than the university ones.
Managers included in the partnership: Health organizations are professional bureaucracies with a multi-dimensional hierarchy among and within service providers (physicians, pharmacists, nurses, social workers and allied practitioners) and support staff (management, material supplies, food and maintenance) [20, 41]. It follows therefore, that the practice changes sought through the research must be approved by managers in the organization. Assuming this would be smoother if managers were part of the research decision making process, we hypothesized that their participation would increase the likelihood of the OPR yielding extra benefits.
Study published in 2005 or later: The extensive systematic review by Waterman et al.  was the first regarding action research with health organizations. We hypothesized that subsequent OPR would have learned from this review and that this may be observable through a higher likelihood of extra benefits. To account for the lag between study design and study publication, we compared studies published in 2005 or later to those published before 2005. This choice was further supported by the fact that the median year of publication of our included studies was 2005.
Number of types of organizational partners: Given that organizational practices may involve a variety of practitioners and staff, modifying these practices could be enhanced and more successful if all stakeholder types are involved in the change process . Thus, we hypothesized that a greater number of types of organizational partners would increase the likelihood of extra benefits. This was a continuous variable (range 1–9).
The inter-rater reliability for the extraction and coding of three variables (Table 2) was estimated using Cohen’s Kappa statistic . For two variables (presence/absence of extra-benefits and type of participation), there was an imbalance of rater categories (e.g., one rater used the “unsure” code while the other did not), we thus calculated the raw Kappa statistic and also that of various scenarios and report all kappa values, herein. The dependent and independent variables were summarized using descriptive statistics with counts and percentages. Bivariate statistics were calculated for each independent variable using chi-square test with reported p values with an alpha of 0.05 to indicate statistical significance between studies with extra benefits and those without. The impact of the independent variables (participation, study duration, research initiator, presence or absence of managers, publication before or after 2005, and number of organization partner types) on the outcome of presence or absence of extra benefits was modeled using multivariate logistic regression to calculated adjusted odds ratios with 95% confidence intervals. A restricted logistic regression analysis model was used to assess the impact of the independent variables on the types of extra benefits. All statistical analyses were conducted using Statistical Analysis System Institute Inc. Software (SAS 9.4, Cary, NC, USA).
The search of the peer-reviewed and gray literature led to the retrieval of 8873 unique records. Based on our aforementioned eligibility criteria, we identified 992 potentially relevant articles, 140 of which we selected for further appraisal. At this stage, we excluded an additional 33 studies due to a lack of clear description of the link between participatory processes and outcomes. Owing to the fact that several studies are described across multiple publications, our final sample of 107 studies consists of 177 publications. The flow diagram is presented in Fig. 1. The raw kappa values for the extra benefits, participation, and research initiator variables were 0.506, 0.590, and 0.534, respectively. These coefficients all indicate moderate agreement .
Most (n = 83; 77.6%) of the included studies represent co-construction type participation in research decisions. Nurses were the organization members most commonly involved as research partners (n = 77 studies; 30.7%). Other partners included physicians (n = 31; 12.4%), support staff (n = 13; 5.2%), and managers (n = 35; 13.9%). Many studies (n = 22; 20.6%) included more than one type of organizational member. The means and standard deviations for number of organization groups in the studies with no extra benefit or one or more extra benefits were 2.4(1.8) and 2.2(1.6) respectively (p = 0.66). Patients and their family or caregivers were research partners in only 15 (13.6%) and eight (7.3%) studies, respectively (Additional file 3: Table S1). We were able to determine the project duration for 89 studies. Among these, equivalent proportions of co-construction and consultation studies lasted 1 year or longer (65.3%; 47/72 and 64.7%; 11/17 respectively). No significant association was found between project duration and presence of extra benefits (Table 8).
Regarding the settings, nearly two thirds of studies took place in hospitals or hospital wards (n = 66; 61.7%). Other settings include nursing homes, primary care clinics, specialized treatment facilities, pharmacies, and community health centers. For the most part, this type of research has been conducted in the UK (n = 38; 35.5%), Australia (n = 22; 20.6%), and the USA (n = 14; 13.1%). The majority of the included studies used only qualitative methods (n = 89; 83.2). Quantitative and mixed methods were used in four (3.7%) and 14 (13.1%) studies, respectively. Additional file 3: Table S1 presents the full description of all studies in the review sample.
Two thirds (n = 70; 65.4%) of included studies reported at least one extra benefit of OPR. The only variable in the model that was significantly associated with extra benefits was the study initiation variable (Table 8). Contrary to our hypothesis, the logistic regression revealed no difference between the type of organization members’ participation (co-construction vs. consultation) and the likelihood of exhibiting an extra benefit. However, analyses revealed that the likelihood of a co-construction or a consultation study exhibiting at least one extra benefit is quadrupled when the impetus for the study comes from the organization, as opposed to the university researcher, or the organization and the university researcher together (OR = 4.11, CI = 1.12–14.01; Table 9).
The sub-analysis defined five broad types of extra benefits. First, organization members exhibited leadership development or improvement (specifically, autonomy and confidence) exemplified in such things as empowerment/emancipation; becoming aware of skills, knowledge, and/or power; feeling ownership; advocacy; and confidence in role, skills, and/or power. Second, general workforce development was observed in terms of (a) reflective practice (e.g., improved understanding of the rationale behind certain tasks; more creative or critical evaluation of practice; increased awareness of patient needs), (b) development and/or use of new skills or tools (e.g., professional, problem solving, and/or research skills), (c) personal development (e.g., enroll in graduate school, job promotion), (d) positive changes in relations with service users (e.g., more patient centered care, learning from service users); and (e) new understandings about workplace, conditions that shape practice, and contributions of colleagues. Third, group benefits were observed in the form of improved collaborations, relations and communication among organization members, as well as staff learning from one another. Fourth, broad systemic developments or changes were observed. For example, the intended practice changes often extended beyond the target setting (e.g., transferred from the initial hospital ward to the whole hospital) or beyond the intended time frame (e.g., researchers and organization members continue to work together on subsequent OPR projects). Finally, in some studies, extra benefits were noted for the university and/or service user partners. Table 10 presents the distribution of extra benefits observed, together with specific examples from included studies. Figure 2 illustrates the distribution according to mode of participation. It is noteworthy that the majority of studies with two to four types of extra benefits are co-construction (32/36; 88.9%), whereas the majority of studies with one type of extra benefit represent consultation type participation (23/34; 67.6%). Owing to small sample sizes, no further analysis was possible.
Our results indicate that when the impetus of the OPR (consultation or co-construction) comes from the organization, the likelihood of the study resulting in at least one extra benefit is quadrupled. Although the confidence interval was fairly large, possibly due to the moderate agreement between coders, this may suggest that, where extra benefits are concerned, it is not the degree of organization members’ participation in research decisions (consultation or co-construction) that makes the difference, but rather their participation up-front. It may therefore be important for academic researchers to be open to modifying their OPR objectives to align with those of their organization partners. Moreover, it may be important for researchers to establish relationships with organizations pertinent to their research program (that is, organizations with a common interest) such that organizations’ questions may emerge from an existing relationship. Indeed, in their study of partnered-research grant applicants submitted to The Canadian Institutes of Health Research (CIHR) Sibbald, Tetroe  found that 35% (n = 17) of respondents indicated their partnerships grew from a common interest, and over 75% had established relationships.
Beckett et al.  found that clinicians contemplating participation in clinical research studies follow decision making processes similar to those outlined by Prochaska and DiClemente  for people contemplating changes in health behaviors: pre-awareness, awareness, information-gathering, first protocol (“action” stage in ), and maintenance. Seen through this lens, organization members who express research needs may be at the action stage. Should they, then, complete an OPR study and benefit from it, they may progress to the “maintenance” stage, exhibited by, for example, extra benefits such as extending the reach of their study into other sectors of their organization or conducting further research (or broad systemic change as illustrated in Table 10).
With their 2001 systematic review of action research in the UK, Waterman and her colleagues concluded: “the level of participation of those being investigated (the co-researchers) can vary. The minimum level of participation needed to guarantee success is not yet known.” To build on this, we tested the hypothesis that extra benefits (a potential indicator of success) are positively and significantly associated with co-construction type participation compared to consultation, but found no association. However, it is interesting to note that the confidence interval is approaching significance even with moderate agreement between coders; perhaps with additional data, the results would be different. Additional data is contingent upon the descriptions of processes authors provide in publications. As with previous reviews [3, 24], we found publications lacking in this regard. We encourage OPR authors to clearly describe the mode and timing of non-academic partners’ participation such that future reviews of OPR may re-examine the relationship between co-construction type participation and extra benefits. Moreover, given the importance of the OPR being initiated by the organization, examining whether initiation differs between partnerships where organizations participate in research-related decisions via consultation or co-construction.
Previous reviews on the topic included studies with a variety of collaborative approaches in specific contexts, including between 21 and 62 publications [3, 15, 24, 25]. While our review provides an update, it is also more comprehensive including 107 studies from any geographic location and health setting. Our review is also more precise regarding participation; some studies included in extant reviews did not meet our participation inclusion criterion. Our focus on, and distinguish between, two precise modes of participation in health research is unique and helps to define the field. The two forms of participation we explored in this study differ with respect to research governance (with or without co-governance), but both require that organization members are involved throughout the research process. It may be this continued involvement of non-academic partners that is important, rather than the decision-making process per se. It is also possible that the consultation mode of participation is sufficient to achieve extra benefits. This may be of importance to managers who make resource allocation decisions.
Defining and describing the incidence and type of extra benefits of OPR is a significant contribution of our work. Previous reviews regarding collaborative work involving academic researchers and health professionals have documented outcomes similar to those we report herein, such as practitioners’ increased confidence , knowledge, awareness, empowerment [3, 15], and skills [3, 46], effective communication and collaboration among staff ; and continued effects at the same, or another, location . Yet, these reviews do not clarify whether these outcomes were intended or not. Moreover, they do not document an association between the collaborative research process and the outcomes. We have documented five types of extra benefits (unintended), that included studies' authors link with OPR processes.
Our results underscore that an OPR approach contributes to increased capacity, a commonly cited effect of participatory research [1, 18] We have identified and documented specific outcomes according to a capacity building inspired framework and illustrate the type of capacity that can be built. Most studies included in this review report at least one extra benefit of the process at the individual, group, or organization level. Moreover, our framework of extra benefits, inspired by the New South Wales capacity building framework , is not unlike the benefits for service users that Spector  identified in her review of 13 participatory research projects with health and social service professionals. She notes that through collaborative work with university partners, professionals “gain research knowledge and skills, professional development, social support, and professional relationships that can help build capacity in their agencies through training, program evaluation, and securing funding” .
As with previous reviews [3, 24, 25], our work indicates that published OPR in health continues to engage non-academic partners according to a co-construction mode of participation more often than a consultation mode of participation. Also common to previous reviews is the finding that most research using this approach is carried out with nurses in hospital settings in the UK [3, 15, 24, 25]. Yet, our review suggests the feasibility of undertaking partnered research in other health organizations such as pharmacies, long-term care centers, and primary care clinics, and with a variety of health professionals and other organization members. Thus, to improve the use of research findings across all health organizations and among a host of health care practitioners and other organization members, promotion of, and advocacy for, OPR may be needed to increase its uptake. Finally, while one review found that multidisciplinary groups helped improve the translation of knowledge to practice , we found no association between the number of types of professionals and staff and extra benefits.
According to this review and others [3, 15, 24, 25], OPR rarely involves patients and/or their family or caregivers. This is striking given that in the UK, INVOLVE was established in 1996 to support active public involvement in public health and social care research (http://www.invo.org.uk/) and that, more recently, the Patient-Centered Outcomes Research Institute (http://www.pcori.org/) and the Strategy for Patient-Oriented Research (http://www.cihr-irsc.gc.ca/e/41204.html) were implemented in the USA and in Canada, respectively. Research exploring the benefits and drawbacks, and the facilitators and barriers to partnering with patients and the public in OPR could provide a valuable contribution to the OPR literature and provide guidance to enhance future OPR.
One of the strengths of this work is our synthesis design which illustrates a novel way to complete a complex synthesis of a large number of quantitative, qualitative, and mixed methods studies. Unlike meta-regression that uses extracted factual data from primary studies, three of our variables were developed using quantitative content analysis. Although the centennial quantitative content analysis method faces validity and reliability issues (no independent objective measurement), it can overcome a limitation of meta-regression, namely missing data . Combining quantitative content analysis and multivariate regression modeling is a novel aspect of our review and particularly relevant given the large number of primary studies included and the limited number of variables is examined.
Our results are based on what authors reported in their research publications, and our data of interest were not the research findings, but rather authors descriptions and reflections on the OPR processes they used and OPR outcomes observed. There are, thus, some limitations inherent in our study design. First, our study design assumes no extra benefit was experienced if none was reported; however, this is not necessarily true given extra benefits, as we have defined them, were not the focus of the included studies. Moreover, given the cyclical and iterative nature of OPR, intermediate, or more proximal, extra benefits may occur (e.g., improved staff relations) that may contribute to achieving the study objective. It can be difficult for stakeholders to separate interdependent benefits from each and to attribute the various changes and learnings that occur, or actions that are taken during the research to the OPR processes themselves. We sought to overcome the limitations of what is reported in studies by using a rigorous quantitative content analysis approach to define extra benefits and identify them in the included studies. Furthermore, while it is possible that some eligible studies were not picked up with our search strategy, or lost during the selection processes, the large sample size lends strength to our results.
Second, although the dichotomy of participation we used does not fully capture the nature of stakeholders’ participation throughout an OPR, it did allow us to compare two distinct levels of organization member participation. Such a comparison is otherwise impossible given it is not feasible to, experimentally, compare OPR with non-participatory forms of organizational research. Additionally, a more nuanced analysis of participation was not feasible given that authors do not often describe the fluctuating level of participation of various partners throughout the research process [3, 24]. Again, we used content analysis, excluding studies that did not clearly describe organization partners’ participation, to attempt to overcome this reporting limitation and generate a reliable participation variable. Despite the moderate inter-rater agreement for the participation, extra benefits and study initiation variables, the fact that the likelihood a study yields at least extra benefits is quadrupled when the OPR is initiated by the organization indicates this relationship warrants further exploration. We suggest future OPR publications clarify non-academic partners’ participation in the research decisions, that is, for each main research phase, describe whether organization members work actively and co-govern research with academic partners, or are consulted by academics (providing research input without research co-governance). We also suggest that publications clearly distinguish between decision-making in research-related processes vs. intervention-related processes. Clear descriptions of OPR processes and outcomes are required to improve knowledge regarding the added value of organization-university research partnerships.
While less resource-intensive means may be used to respond to organizational issues, this review focusses on the potential extra benefits of the OPR process, providing some insight into whether the investments in time and energy are worth it. We would like to acknowledge that merely quantifying extra benefits does not do justice to the richness of OPR. Indeed, stakeholders may judge the relevance of undertaking OPR by the quality and meaning of the benefits experienced. In the second phase of this work, we will use qualitative synthesis to generate a deeper understanding of the processes of OPR and the outcomes to which they contribute.
With this unique review, we have provided a framework for reporting and assessing OPR processes and outcomes, and have suggested potential key factors associated with extra benefits of OPR that can be tested in future research. We hope this contribution may influence organizations and academics alike to embark on satisfying OPR partnerships and to report their work in such a way that analyses of OPR processes and outcomes may be completed in the future to enhance our understanding of this research approach.
Participatory Research at McGill
Canadian Institutes for Health Research
Organizational participatory research
Cargo M, Mercer SL. The value and challenges of participatory research: strengthening its practice. Annu Rev Public Health. 2008;29(1):325–50.
Green LW, et al. Study of Participatory Research in Health Promotion: Review and recommendations for the development of participatory research in health promotion in Canada. The Royal Society of Canada: Ottawa; 1995.
Waterman, H., et al., Action research: a systematic review and guidance for assessment. Health Technol Assess. 2001;5(23):iii–157.
Minkler M, Wallerstein N. Community-based participatory research for health : from process to outcomes. 2nd ed. San Francisco, CA: Jossey-Bass. xxxv; 2008. p. 508.
Lewin K. Action research and minority problems. J Soc Issues. 1946;2:34–46.
Brydon-Miller M, Greenwood D, Maguire P. Why Action Research? Action Res. 2003;1(1):9–28.
Argyris C, Putnam R, Smith DM. Action science: concepts, methods, and skills for research and intervention, The Jossey-Bass social and behavioral science series. 1st ed. San Francisco, CA: Jossey-Bass. xx; 1985. p. 480.
Schön DA. Knowing-In-Action: The New Scholarship Requires a New Epistemology. Change: Mag Higher Learn. 1995;27(6):27–34.
Freire P. Pedagogy of the oppressed. New York: Herder and Herder; 1970. p. 186.
Israel BA, et al. Review of Community-based Research: Assessing Partnership Approaches to Improve Public Health. Annu Rev Public Health. 1998;19:173–202.
Minkler M, Wallerstein N. Introduction to Community-Based Participatory Research: New issues and emphases. In: Minkler M, Wallerstein N, editors. Community-Based Participatory Research for Health: From Process to Outcomes. San Francisco: CA: Jossey-Bass; 2008. p. 5–23.
Reason P, Bradbury H. Handbook of action research : participative inquiry and practice. London; Thousand Oaks, Calif: SAGE. xlii; 2001. p. 468.
Wallerstein N, Duran B. In: Wallerstein N, Minkler M, editors. The theoretical, historical, and practical roots of CBPR in Community-Based Participatory Research for Health : From Process to Outcomes. San Francisco, CA: Jossey-Bass; 2008. p. 25–46.
Hart EO, Bond M. Action research for health and social care : a guide to practice. Buckingham: Open University Press. viii; 1995. p. 244.
Soh KL, et al. Action research studies in the intensive care setting: A systematic review. Int J Nurs Stud. 2011;48(2):258–68.
Cornwall A, Jewkes R. What is participatory research? Soc Sci Med. 1995;41(12):1667–76.
Holter IM, Schwartz-Barcott D. Action research: What is it? How has it been used and how can it be used in nursing? J Adv Aging. 1993;18:298–304.
Jagosh J, et al. Uncovering the Benefits of Participatory Research: Implications of a Realist Review for Health Research and Practice. Milbank Q. 2012;90(2):311–46.
Macaulay A, et al. Quantitative Methods in Participatory Research: Being sensitive to issues of scientific validity, community safety, and the academic-community relationship. Rev Nouv Practiques Soc. 2013;25(2):159–72.
Friedberg E. Local orders : dynamics of organized action. In: Monographs in organizational behavior and industrial relations. Greenwich, Conn: Jai Press. vi; 1997. p. 311.
Pluye P, Nadeau N, Lehoux P. Comment favoriser la recherche clinique en pédopsychiatrie? Une expérience de recherche-action collaborative. Santé Ment Qué. 2001;16:245–66.
Pluye P, Nadeau N, Nadeau L. Les contraintes imposées par le terrain sur la rigueur. Recherches Qualitatives. 2000;21:125–44. www.recherche-qualitative.qc.ca.
Pope C, et al. Synthesizing qualitative and quantitative health evidence a guide to methods. Maidenhead, England; New York, NY. p. ix: Open University Press, McGraw Hill Education; 2007. p. 210.
Munn-Giddings C, McVicar A, Smith L. Systematic review of the uptake and design of action research in published nursing research, 2000-2005. J Res Nurs. 2008;13(6):465–77.
Munten G, et al. Implementation of Evidence-Based Practice in Nursing Using Action Research: A Review. Worldviews Evid-Based Nurs. 2010;7(3):135–57.
Parry D, Salsberg J, Macaulay AC. Guide to Researcher and Knowledge-User Collaboration in Health Research, vol. 1-83. Ottawa, ON: Canadian Institues of Health Research (CIHR); 2009.
Pluye P, et al. Opening-up the definition of systematic literature review: the plurality of worldviews, methodologies and methods for reviews and syntheses. J Clin Epidemiol. 2016;73:2–5.
Pluye P, Nha Hong Q. Combining the Power of Stories and the Power of Numbers: Mixed Methods Research and Mixed Studies Reviews. Annu Rev Public Health. 2014;35(1):29–45.
Grant MJ, Booth A. A typology of reviews: an analysis of 14 review types and associated methodologies. Health Inf Libr J. 2009;26(2):91–108.
Pluye P, et al. A scoring system for appraising mixed methods research, and concomitantly appraising qualitative, quantitative and mixed methods primary studies in Mixed Studies Reviews. Int J Nurs Stud. 2009;46(4):529–46.
Sheldon TA. Making evidence synthesis more useful for management and policymaking. J Health Serv Res Policy. 2005;10(3 Suppl. 1):1–5.
Moher D, et al. Preferred reporting items for systematic reviews and meta-analyses: the PRISMA statement. PLoS Med. 2009;6(7):e1000097.
Straus SE, Tetroe J, Graham ID, editors. Knowledge translation in health care: moving from evidence to practice. Oxford: Wiley-Blackwell; 2009.
Souto RQ, et al. Systematic mixed studies reviews: Updating results on the reliability and efficiency of the mixed methods appraisal tool. Int J Nurs Stud. 2015;52(1):500–1.
Neuendorf KA. The content analysis guidebook. Thousand Oaks, Calif, Sage Publications. xviii; 2002. p. 301.
Creswell JW, Plano Clark VL. Designing and conducting mixed methods research. 2nd ed. Los Angeles, CA: SAGE Publications. xxvi; 2011. p. 457.
Sandelowski M. Focus on Research Methods-Whatever Happened to Qualitative Description? Res Nurs Health. 2000;23(4):334–40.
NSW Health Department, A framework for building capacity to improve health, N.H. Department, Editor. 2001, NSW Health Department: Sydney, Australia.
Jagosh J, et al. A realist evaluation of community-based participatory research: partnership synergy, trust building and related ripple effects. BMC Public Health. 2015;15(1):725.
CIHR. More about knowledge translation at CIHR. Ottawa: Canadian Institute of Health Research; 2010.
Mintzberg, H., Le MANAGEMENT : VOYAGE AU CENTRE DES ORGANISATIONS 2nd ed. 2004: ÉDITIONS D'ORGANISATIOn.
Landis JR, Koch GG. The measurement of observer agreement for categorical data. Biometrics. 1977;33(1):159–74.
Sibbald SL, Tetroe J, Graham ID. Research funder required research partnerships: a qualitative inquiry. Implement Sci. 2014;9(1):176.
Beckett M, et al. Bridging the gap between basic science and clinical practice: The role of organizations in addressing clinician barriers. Implement Sci. 2011;6(1):35.
Prochaska J, DiClemente C. Stages and processes of self-change of smoking: toward an integrative model of change. J Consult Clin Psychol. 1983;51(3):390–5.
Spector AY. CBPR With Service Providers. Health Promot Pract. 2012;13(2):252–8.
Thompson SG, Higgins JP. How should meta-regression analyses be undertaken and interpreted? Stat Med. 2002;21(11):1559–73.
Chisholm RF. Action research to develop and interorganizational network. In: Reason P, Bradbury H, editors. Handbook of action research:Participative inquiry and practice. London; Thousand Oaks, Calif: SAGE; 2002. p. 324–32.
Kreuter MW, Lezin NA, Young LA. Evaluating Community-Based Collaborative Mechanisms: Implications for Practitioners. Health Promot Pract. 2000;1(1):49–63.
Wandersman A, Goodman RM, Butterfoss FD. Understanding coalitions and how they operate: An open systems framework. In: Minkler M, editor. Community organizing and community building for health. New Brunswick, N.J: Rutgers University Press; 1997. p. 261–77.
Smith SE. Dancing with conflict: public health nurses in participatory action-research. CANADA: UNIVERSITY OF CALGARY; 1995. p. 317.
Andrews S, et al. Reducing staff isolation and developing evidence-informed practice in the aged care environment through an action research approach to falls prevention. Adv Nurs Sci. 2012;35(1):3–13.
Barker SB, Barker RT. Managing change in an interdisciplinary inpatient unit: An action research approach. J Ment Health Adm. 1994;21(1):80–91.
Bellman L, Bywood C, Dale S. Advancing working and learning through critical action research: creativity and constraints. Nurse Educ Pract. 2003;3(4):186–94.
Blomqvist K, et al. What happens when you involve patients as experts? a participatory action research project at a renal failure unit. Nurs Inq. 2010;17(4):317–23.
Beringer AJ, Fletcher ME. Developing practice and staff: enabling improvement in care delivery through participatory action research. J Child Health Care. 2011;15(1):59–70.
Laustsen G. Promoting ecological behavior in nurses through action research. Commun Nurs Res. 2007;40:552.
Evans PH, et al. Development of an educational 'toolkit' for health professionals and their patients with prediabetes: The WAKEUP study (Ways of Addressing Knowledge Education and Understanding in Pre-diabetes). Diabet Med. 2007;24(7):770–7.
Mash BJ, et al. How to manage organisational change and create practice teams: experiences of a South African primary care health centre. Educ Health (Abingdon, England). 2008;21(2):132.
Bothe J, Donoghue J. Using action research to develop a model of patient-centred day care. Pract Dev Health Care. 2009;8(3):152–60.
Finley G, Forgeron P, Arnaout M. Action research: Developing a pediatric cancer pain program in Jordan. J Pain Symptom Manag. 2008;35(4):447–54.
Gregorowski, A., et al., An action research study to explore the nature of the nurse consultant role in the care of children and young people. J Clin Nurs. 2013;22(1-2):201–10. doi:10.1111/j.1365-2702.2012.04140.x. Epub 2012 Jul 27.
Orford J, et al. Increasing the involvement of family members in alcohol and drug treatment services: The results of an action research project in two specialist agencies. Drugs: Educ Prev Policy. 2009;16(5):379–408.
Harris, L.E., 'Getting closer to a good thing?' Possibilities and limitations for empowerment in nursing: an Australian action research case study. 1998, University of New South Wales (Australia). p. pages unknown.
Wimpenny K, et al. Group reflective supervision: Thinking with theory to develop practice. Br J Occup Ther. 2006;69(9):423–8.
Many thanks go to the graduate students and research trainees of the Department of Family Medicine, McGill University who helped with data extraction, content analysis coding, data analyses, and quality appraisal: Reem El Sherif, Elena Godunova, Vladimir Khassanov, Soultana Macridis, and Rafaela Queiroga Souto.
This systematic mixed studies review was supported by the Canadian Institutes of Health Research (CIHR reference number 136889) and the Quebec-SPOR SUPPORT Unit (http://unitesoutiensrapqc.ca/english/).
Availability of data and materials
The datasets used and/or analyzed during the current study are available from the corresponding author on reasonable request.
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No ethical approval was needed for this systematic review.
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The authors declare they have no competing interests.
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Bush, P.L., Pluye, P., Loignon, C. et al. Organizational participatory research: a systematic mixed studies review exposing its extra benefits and the key factors associated with them. Implementation Sci 12, 119 (2017). https://doi.org/10.1186/s13012-017-0648-y
- Participatory research
- Action research
- Systematic review