- Research article
- Open Access
- Open Peer Review
Pharmacist provision of primary health care: a modified Delphi validation of pharmacists' competencies
BMC Family Practice volume 13, Article number: 27 (2012)
Pharmacists have expanded their roles and responsibilities as a result of primary health care reform. There is currently no consensus on the core competencies for pharmacists working in these evolving practices. The aim of this study was to develop and validate competencies for pharmacists' effective performance in these roles, and in so doing, document the perceived contribution of pharmacists providing collaborative primary health care services.
Using a modified Delphi process including assessing perception of the frequency and criticality of performing tasks, we validated competencies important to primary health care pharmacists practising across Canada.
Ten key informants contributed to competency drafting; thirty-three expert pharmacists replied to a second round survey. The final primary health care pharmacist competencies consisted of 34 elements and 153 sub-elements organized in seven CanMeds-based domains. Highest importance rankings were allocated to the domains of care provider and professional, followed by communicator and collaborator, with the lower importance rankings relatively equally distributed across the manager, advocate and scholar domains.
Expert pharmacists working in primary health care estimated their most important responsibilities to be related to direct patient care. Competencies that underlie and are required for successful fulfillment of these patient care responsibilities, such as those related to communication, collaboration and professionalism were also highly ranked. These ranked competencies can be used to help pharmacists understand their potential roles in these evolving practices, to help other health care professionals learn about pharmacists' contributions to primary health care, to establish standards and performance indicators, and to prioritize supports and education to maximize effectiveness in this role.
The increasing burden of chronic conditions on patients, their families and communities, and the health system, is leading the developed world to investigate new approaches to caring for patients. Primary health care, as the first level of contact with the health system for many individuals, has been refocused to emphasize health promotion, illness prevention and chronic disease management . To address the challenge of access to primary health care, interprofessional models are emerging. Pharmacists are playing a growing part in primary health care reform by fulfilling an increasing range of roles and responsibilities.
While pharmacists are well established in providing primary health care services in community pharmacy practice, their role and contribution to primary health care teams and their expanded roles in community pharmacy practice are being discovered as health care reforms unfold in many countries. In the majority of provinces in Canada, the scope of pharmacist practice is being expanded and regulations and reimbursement models are evolving to further support pharmacist provision of primary health care [2, 3]. However, to ensure the optimal function of emerging interprofessional primary care teams, it is essential to clearly understand the scope and roles of the various professions participating in these teams . For the profession of pharmacy in Canada, although entry-to-practice competencies exist, there are currently no competencies articulated that focus on the roles of pharmacists in the evolving primary health care field. The aim of this study was to develop and validate competencies for pharmacists' effective performance in these roles, and in so doing, document the perceived contribution of pharmacists providing collaborative primary health care services.
We used a modified Delphi technique with initial expert development of a draft list of competencies followed by two online surveys and a teleconference to validate competencies important to primary health care pharmacists practising across Canada.
Primary health care pharmacist competency framework development
Core primary health care competencies required for pharmacists were drafted based on review of innovative primary health care pharmacists' practices, existing entry-to-practice competencies and educational outcomes for Canadian pharmacists and key literature review [2, 5–10]. The framework from the Association of Faculties of Pharmacy (AFPC) educational outcomes for Canadian pharmacists was selected in order to illustrate the differences in competencies expected of pharmacists who focus on provision of primary health care in community or primary health care team settings relative to the competencies required of newly graduated pharmacists who provide primary health care routinely as part of patient consultation and dispensing of medications . This format also aligns with the CanMeds model, which is the Royal College of Physicians and Surgeons of Canada's framework that identifies the essential competencies required of physicians . The CanMeds framework articulates seven roles and associated competencies required of physicians; medical expert (central role), communicator, manager, health advocate, scholar and professional. A number of professions and organizations in Canada have adopted the CanMeds format when defining competencies required for their professions, including the Canadian Patient Safety Institute  and the Canadian Association of Physician Assistants . Adoption of this common format for the primary health care pharmacist competencies was meant to support understanding of the roles and responsibilities of pharmacists relative to the roles of other members of the primary health care team. Using this format, domain descriptions focused on identifying the emerging roles of pharmacists in primary health care environments. Competency elements were key features of the domains that provided a description of the core tasks, activities or responsibilities of the primary health care pharmacist (PHCP). The competency sub-elements provided detail of the competencies required of pharmacists to fulfill these primary health care roles.
Key informant review
The proposed competencies were vetted by 10 key informants selected purposefully by the project team as pharmacists who were leaders in patient care, education, or research in the primary health care setting and provided representation from across Canada. They reviewed the proposed competencies for representativeness and relevance to pharmacy practice considering their role and experience in the primary health care setting, provided written comments and gave feedback in telephone interviews. Based on this review, draft competencies for primary health care pharmacists were prepared.
Modified Delphi validation
The project team identified Canadian pharmacists with practices that focussed on providing direct patient care and follow up, who had a collaborative working relationship(s) with one or more physicians and who documented ongoing care in patient records (i.e. providing primary health care at an expert or proficient level) . Such pharmacists were identified via review of innovative practices described in the Pharmacy Moving Forward project which identified and documented emerging innovative pharmacy practices and models across Canada  and review of members of the Ontario Pharmacist Family Health Team Listserv. Identified pharmacists were contacted by e-mail to both to obtain their consent to participate in the competency validation surveys, a teleconference call and to complete the surveys. To encourage participation, pharmacists were informed that a participant who had completed the surveys would be randomly selected to receive a $100 gift certificate.
The first of the on-line surveys functioned as a pilot to test both the clarity of the survey instructions and the thoroughness of the draft PHCP competency description. Open comments were reviewed to identify common concerns identified by the respondents. To further clarify concerns and revise the competencies, respondents who had partially or fully completed the questionnaire were invited to participate in a teleconference. Participants were presented with a brief summary of the ratings results of the first survey and asked to discuss the format of the survey, the rating scales, sub-element wording and applicability to individual's practice. Revisions were made to the original competency document and survey based on the feedback received from the first survey, the teleconference and review and comments by research team members. In addition, at the time of the review, AFPC had released a final version of the educational outcomes that had included some revisions to the original document used for developing the PHCP competencies. The research team reviewed all of these comments and documents and made specific revisions to the PHCP competency document to clarify wording and reduce the number of sub-elements. The survey rating scales were also adjusted for the criticality question to make sure the relevance of competencies to practice, the profession and society were easier to comprehend. The revised survey was then re-administered to the same group of pharmacists to obtain the final validation ratings of the PHCP competencies.
The surveys requested pharmacists rate each draft competency sub-element on a six-point Likert scale, identifying first how often they performed the sub-element in practice and second how critical they believed competent performance of the sub-element was to achievement of the patient's desired health outcomes . Open comment boxes were used to invite respondents to comment on clarity and missed items.
For each sub-element a mean frequency and mean criticality rating were calculated by considering all respondents' ratings. For partially completed surveys, mean criticality and frequency values were imputed and sensitivity analysis was done based on the pharmacists with complete data. Using methodologies established by Kane et al.,  an initial importance weighting was calculated for each sub-element by multiplying the mean frequency and criticality values. This importance weighting was then adjusted to ensure that criticality and frequency contributed equally to the resulting importance weighting. This adjustment was necessary to accommodate for the greater variability inherent to frequency weightings relative to criticality weightings, since this greater variability lead to an undesirable higher contribution of frequency when simple multiplication was used.
To calculate importance weightings for elements, the frequency and criticality ratings for sub-elements that belonged to the same element were aggregated . Values of elements which belong to the same domain were then aggregated to create domain level frequency and criticality ratings. Adjusted importance weights were then calculated for each element and domain using the same adjustment procedure as for the sub-elements to ensure equal contribution of criticality and frequency.
This study was approved by the Bruyère Continuing Care Research Ethics Board.
Both the first round and second round surveys were sent to 87 pharmacists who had been identified as providing primary health care at the proficient or expert level. In the first round 16 pharmacists responded partially or completely (response rate = 18%) and in the second round of the survey, 33 pharmacists partially or fully completed the survey (response rate = 38%). Table 1 provides the demographic data on key informants (N = 10), teleconference participants (N = 4) and the 21 of 33 second round survey respondents who provided demographic information (N = 21). Only complete responses were included in this analysis so there are no missing values from these demographic characteristics.
Consistent with trends in pharmacy practice, the majority of participants were female . Given that participants had to be proficient or expert, it was also anticipated that participants would have a number of years of practice experience and Table 1 confirms this expectation. While key informants were heavily represented by those integrated into family practice or in academia, respondents to the final survey represented a wide range of primary health care environments, including community pharmacy.
The revised PHCP competencies that formed the basis of the validation (second) survey had seven domains, 34 elements and 153 sub-elements. The seven domains and role definitions are described below.
As Medication Therapy Experts, primary health care pharmacists (PHCPs) integrate knowledge, skills and professional attitudes to effectively contribute to improved quality of drug therapy through the provision of patient-centred care and in collaboration with health care providers.
In functioning as a Medication Therapy Expert, PHCPs fulfill roles relating to care and services for individual patients as well as roles emphasizing the responsibilities of pharmacists to populations of patients, and to their communities.
Advocate: Primary health care pharmacists use their expertise and influence to advance the health and well-being of individual patients, communities and populations.
Care Provider: Primary health care pharmacists use their knowledge and skills to provide pharmaceutical care and to facilitate management of patient's medication and overall health needs.
Collaborator: Primary health care pharmacists work collaboratively with patients, family physicians, and other primary health care professionals and in teams to provide effective, quality health care and to fulfill their professional obligations to the community and society at large.
Communicator: Primary health care pharmacists communicate with diverse audiences, using a variety of strategies that take into account the situation, intended outcomes of the communication and the target audience.
Manager: Primary health care pharmacists use management skills in their daily practice to optimize the care of patients, and to make efficient use of health resources.
Professional: Primary health care pharmacists honour their roles as self-regulated professionals through both individual patient care and fulfillment of their professional obligations to the community and society at large.
Scholar: Primary health care pharmacists have and can apply the core information required to be a medication therapy expert, and are able to master, generate, interpret and disseminate pharmaceutical knowledge.
Table 2 provides an example of a competency domain, description, one of its' elements and its' related sub-elements (for the role of patient care). Additional file 1 provides the complete PHCP competencies.
Outlined below is the final wording used in the validation survey for pharmacists to rate the frequency and criticality of performance of each sub-element in the final PHCP competencies.
As your practice develops in the next 5 years, how frequently do you see yourself performing each of the listed tasks (assuming you are working full-time)?
6 - continuously (i.e. hourly or more)
5 - between two and six times per day (but not hourly)
4 - once per day (i.e. five times/week)
3 - between one and four times/week (but not daily)
2 - between one and three times per month (but not weekly)
1 - less than once per month
Considering each time that the competency unit should be performed, what risk (immediate or long term) would it cause patients, either directly or by affecting access to health services, if you did not perform the task competently?
6 - life threatening
5 - serious consequences
4 - worsens situation
3 - prevents improvement in situation
2 - causes inconvenience
1 - no impact
Competency elements directly related to provision of patient care ranked highest including 'elicit and complete an assessment of required information to determine the patient's medication-related and relevant health needs' (ranked 1) and 'assess if a patient's medication-related needs are being met' (ranked 2). Competencies that ranked lowest were less directly linked to provision of patient care including 'participate in practice research' (ranked 33) and 'formally educate diverse audiences regarding medications and appropriate medication use, health promotion or self-management' (ranked 34). The adjusted importance rankings for the competency elements are shown in Table 3. Complete frequency and criticality ratings and importance rankings for all sub-elements are provided in online Additional file 2.
Adjusted importance weight for the seven competency domains is shown in Figure 1. The results indicate that PHCPs fulfill a variety of roles related to the provision of patient care, collaboration with health care providers and meeting health system needs. The 'care provider' domain held the highest importance (26%) following closely by 'professional' (21%). "Health advocate", 'scholar' and 'manager' domains had the lowest importance weightings, although when combined (24%) still represent a significant contribution to PHCP roles.
A comprehensive set of competencies required of pharmacists to provide primary health care was developed and validated by practising primary health care pharmacists. Despite the increasing emphasis on primary health care and the transition to collaborative patient care teams, to our knowledge, this is the first literature that defines the primary health care roles and responsibilities that pharmacists can fulfill within these teams.
The PHCP competencies expand on the newly developed national educational outcomes for pharmacy graduates  by describing the competencies required of pharmacists who focus their practice on providing primary health care in a range of practice settings. The inclusion of specific primary care-related competencies in, for example, advocacy and management provide additional guidance as to how pharmacists not only provide primary health care to individual patients, but also how they fulfill primary health care responsibilities to communities and the health care system. The PHCP competencies are also consistent with Model Standards of Practice for Canadian Pharmacists , although the format of the PHCP competencies was selected specifically to align with the CanMeds format that is being adopted by professions across Canada .
Consistent with expectations, the competencies most directly related to patient care were rated the most important by practising pharmacists. The top five ranked competency elements focused on the pharmacist's expertise in identifying and managing medication therapy problems that affect patient's overall health outcomes. Competencies that underlie and are required for successful fulfillment of these patient care responsibilities, such as those related to communication, collaboration, and professionalism, were also highly ranked. Consistent with other professions in Canada, the competencies related to management, health advocacy, and scholarship were rated lower in both frequency and criticality [18, 19]. These lower ratings could reflect a lower relevance of these activities relative to the direct patient care activities which are the main focus of most practicing pharmacists not in full time administration or teaching and research. Pharmacists may have provided lower ratings to those less frequently performed competencies which require a system-level focus as their effect is less immediately obvious compared to recalling direct patient care which can often be quantified in numbers seen, and impact assessed by immediate adverse events avoided or questions answered. Nonetheless, these non-direct patient care competencies still represented almost one quarter of the overall role importance for these primary health care pharmacists. As with other health professionals, further study is needed to determine the reason non direct patient care competencies receive lower ratings for criticality despite the professions' identification of these as fundamental to the practice of pharmacy . It might be helpful to educators to determine if pharmacists have similar challenges to physicians in interpreting the meaning and relevance of competencies such as health advocacy and management [20, 21].
As pharmacists have increasingly expanded their role to function as primary health care providers and the primary health care system continues to evolve, gaps in knowledge, and skills have been identified that indicate a need for bridge or specialty education [22–24]. The articulation of competencies and prioritization of pharmacist roles in primary health care have been helpful in informing the development of educational and continuing professional development programs such as the ADapting Pharmacist's skills and Approaches to maximize Patient's drug Therapy effectiveness (ADAPT) program for primary health care pharmacists .
Strengths of this work include the broad range of resources consulted during the initial development of the draft PHCP competencies, the inclusion of pharmacists who provide primary health care in a range of practice sites, the sampling of pharmacists across Canada and the methodologically rigorous approach to rating of the importance of the PHCP competencies. Rather than relying on group consensus or participant's use of their personal perspectives of the importance of the varying roles, a standardized rating scale was developed, piloted and refined prior to final use. Although the origins of Kane's criticality and frequency ratings methodology was for use in the development of entry-to-practice examinations, the methodology provided a robust approach to standardizing participant's approaches to the rating of importance. Modifications in the rating scales and questions were required to recognize that some primary health care activities are provided on a relatively continuous basis in the background of performance of professional tasks. For example, the most frequent category was changed to 'continuously' rather than relying on a discrete number of times per day (e.g. 7 or more times per day). For the criticality rating, the question asked also required modification to specify that responsibilities could either directly or indirectly affect patient's outcomes. This allowed pharmacists flexibility in considering the impact of competencies related to, for example, management or advocacy on patient outcomes through mechanisms such as ensuring access to timely and competent care and services.
There are some limitations to this study. Response rates were low and the PHCP competencies were, therefore, validated by a limited number of primary health care pharmacists. Further work should be done to determine if these results are relevant to a greater number of pharmacists who provide primary health care. However, relying on those pharmacists with the most expertise should have provided a comprehensive set of competencies to identify the greatest range of potential primary health care roles for pharmacists. A second limitation is that the competency validation was based on the roles and responsibilities of pharmacists as projected for the next five years. There may be roles and responsibilities that will continue to evolve that necessitate re-examination of these PHCP competencies over time.
Future work should consider wider validation of these PHCP competencies through consultation with a larger group of practising pharmacists and the consideration of perspectives of stakeholders such as patients, other health care professionals working in primary health care teams and provincial governments. This would allow a broader perspective on the importance of these roles of primary health care pharmacists. In addition to this further validation of perceived roles, empirical evaluation of the frequency, criticality and impact of pharmacists' fulfillment of these roles is necessary. New techniques that have been validated for evaluating the quality of pharmacist's daily performance would be useful in these studies .
In summary, competencies for primary health care pharmacists have been developed and validated that clarify the roles that pharmacists can fulfill and outline the contributions that pharmacists could make to an effective primary health care system. Direct patient care with emphasis on managing patients' medication-related needs remains the clear focus of primary health care pharmacists, with recognition that fulfillment of this responsibility requires communication, collaboration and professionalism. Less highly rated are roles related to management, health advocacy and scholarship and further work is necessary to determine the reason for these lower ratings. This validated list of competencies for pharmacists practicing in primary health care should be of use to practitioners, policy-makers, and educators and is an important first step to developing measures for assessing the performance and impact of pharmacists' provision of primary health care services.
Primary Health Care Pharmacist
ADapting Pharmacist's skills and Approaches to maximize Patient's drug Therapy effectiveness
Hutchison B, Levesque JF, Strumpf E, Coyle N: Primary health care in Canada: systems in motion. Milbank Q. 2011, 89: 256-288. 10.1111/j.1468-0009.2011.00628.x.
Task Force on a Blueprint for pharmacy: Blueprint for pharmacy: The vision for pharmacy. Ottawa. 2008, [http://www.pharmacists.ca/index.cfm/pharmacy-in-canada/blueprint-for-pharmacy/]
Dolovich L: The development of recommendations for expanding professional pharmacy working group in Ontario. Canadian Pharmacists Journal. 2011, 144: 119-124. 10.3821/1913-701X-144.3.119.
Baranek P: A review of scopes of practice of health professions in Canada: A balancing act. 2005, [http://publications.gc.ca/collections/collection_2007/hcc-ccs/H174-8-2005E.pdf]
Association of Faculties of Pharmacy of Canada: Educational outcomes for first professional degree programs in pharmacy (entry-to-practice pharmacy programs) in Canada. [http://www.afpc.info/downloads/1/AFPC_Education_Outcomes_AGM_June_2010.pdf]
Canadian Interprofessional Health Collaborative: A national interprofessional competency framework. 2010, [http://www.cihc.ca/files/CIHC_IPCompetencies_Feb1210.pdf]
CSHP/CPhA: Review of the Canadian Society of Hospital Pharmacists (CSHP) and Canadian Pharmacists Association (CPhA) Primary Care Specialty Network Listserv. 2010
National Association of Pharmacy Regulatory Authorities: Professional competencies for Canadian pharmacists at entry-to-practice. 2007, [http://www.ccapp-accredit.ca/site/pdfs/university/Entry_to_Practice_Competencies_March2007_2009.pdf]
National Association of Pharmacy Regulatory Authorities: Model standards of practice for Canadian pharmacists. 2009, [http://www.nbpharmacists.ca/LinkClick.aspx?fileticket=Rkl73GG37hU%3D&tabid=261&mid=695]
The Canadian Patient Safety Institute: The safety competencies: Enhancing patient safety across the health professions. [http://www.patientsafetyinstitute.ca/English/toolsResources/safetyCompetencies/Documents/Safety%20Competencies.pdf]
The Royal College of Physicians and Surgeons of Canada: The CanMeds 2005 physician competency framework. [http://rcpsc.medical.org/canmeds/CanMEDS2005/CanMEDS2005_e.pdf]
Canadian Patient Safety Institutes: The Safety Competencies - Enhancing Patient Safety Across Health Professions. 2009, [http://www.patientsafetyinstitute.ca/English/toolsResources/safetyCompetencies/Pages/default.aspx]
Canadian Association of Physician Assistants: Scope of practice and national competency profile, 2009.
Dreyfus SE: The five-stage model of adult skill acquisition. Bull Sci Technol Soc. 2004, 4: 177-
Management Committee: Moving forward: Pharmacy human resources for the future. Final report. 2008, Canadian Pharmacists Association: Ottawa, Ontario
Kane M, Kinsbury C, Colton D, Estes C: Combining data on criticality and frequency in developing test plans for licensure and certification examinations. J Educ Meas. 1989, 26: 17-27. 10.1111/j.1745-3984.1989.tb00315.x.
Spending and Health Workforce: Pharmacists in Canada, 2010. National and jurisdictional highlights and profiles. 2011, Canadian Institute for Health Information: Ottawa, Ontario
Winslade T, Winslade N, Boudreau M, Ryall L, Woodard K: Weighting of a practice-based assessment and a sample of the current CSAO. Can J Optom. 2007, 69: 183-187.
Verma S, Flynn L, Seguin R: Faculty's and residents' perceptions of teaching and evaluating the role of health advocate: a study at one Canadian university. Acad Med. 2005, 80: 103-108. 10.1097/00001888-200501000-00024.
Rademakers JJ, de RN, Ten Cate OT: Senior medical students' appraisal of CanMEDS competencies. Med Educ. 2007, 41: 990-994. 10.1111/j.1365-2923.2007.02842.x.
Stafford S, Sedlak T, Fok MC, Wong RY: Evaluation of resident attitudes and self-reported competencies in health advocacy. BMC Med Educ. 2010, 10: 82-10.1186/1472-6920-10-82.
Austin Z, Dolovich L, Lau E, Tabak D, Sellors C, Marini A, et al: Teaching and assessing primary care skills in pharmacy: the family practice simulator model. Am J Pharm Educ. 2005, 69: 500-507.
Farrell B, Pottie K, Haydt S, Kennie N, Sellors C, Dolovich L: Integrating into family practice: the experiences of pharmacists in Ontario, Canada. Int J Pharm Pract. 2008, 16: 309-315.
Blue Print for Pharmacy Task Force: Consultation report February 2008. 2008, Canadian Pharmacists Association: Ottawa, Ontario
Farrell B, Dolovich L, Emberley P, Gagne M, Jennings B, Jorgenson D, Kennie N, Marks P, Papoushek C, Waite N, et al: Designing a novel continuing education program for pharmacists: Lessons learned. Canadian Pharmacists Journal. 2011
Winslade N, Taylor L, Shi S, Schuwirth L, Van dV, Tamblyn R: Monitoring community pharmacist's quality of care: a feasibility study of using pharmacy claims data to assess performance. BMC Health Serv Res. 2011, 11: 12-10.1186/1472-6963-11-12.
The pre-publication history for this paper can be accessed here:http://0-www.biomedcentral.com.brum.beds.ac.uk/1471-2296/13/27/prepub
The study was funded by Health Canada under the Health Care Policy Contribution Program in collaboration with the Canadian Pharmacists Association.
The authors declare that they have no competing interests.
NK developed the competencies, participated in study design/methodology and analysis and drafted the manuscript. BF was the study principal investigator, directed the study design/methodology, participated in analysis and made critical revisions to the manuscript. NWard contributed to study design/methodology, participated in data acquisition and analysis and writing of the manuscript. SJ participated in analysis and writing of the manuscript. AG participated in data acquisition and analysis and editing of the manuscript. TW participated in statistical data analysis and editing of the manuscript. LD contributed to study design/methodology and analysis and editing of the manuscript. DJ and NWaite participated in data analysis and editing of the manuscript. NWinslade contributed to competency development, participated in study design/methodology and analysis and made critical revisions to the manuscript. All authors have read and approved the final manuscript.
Natalie Kennie-Kaulbach and Nancy Winslade contributed equally to this work.
Electronic supplementary material
Authors’ original submitted files for images
Below are the links to the authors’ original submitted files for images.
About this article
Cite this article
Kennie-Kaulbach, N., Farrell, B., Ward, N. et al. Pharmacist provision of primary health care: a modified Delphi validation of pharmacists' competencies. BMC Fam Pract 13, 27 (2012) doi:10.1186/1471-2296-13-27
- Primary health care
- Scope of practice