Communication during counseling sessions about inhaled corticosteroids at the community pharmacy
Received 8 March 2016
Accepted for publication 6 May 2016
Published 2 November 2016 Volume 2016:10 Pages 2239—2254
Checked for plagiarism Yes
Review by Single anonymous peer review
Peer reviewer comments 3
Editor who approved publication: Dr Johnny Chen
Jeanine A Driesenaar,1 Peter AGM De Smet,2,3 Rolf van Hulten,4,5 Litje Hu,1 Sandra van Dulmen1,6,7
1NIVEL, Netherlands institute for health services research, Utrecht, the Netherlands; 2Department of Clinical Pharmacy, Radboud University Medical Center, Nijmegen, the Netherlands; 3IQ Healthcare, Radboud University Medical Center, Nijmegen, the Netherlands; 4Division of Pharmacoepidemiology and Clinical Pharmacology, Utrecht University, Utrecht, the Netherlands; 5Department of Pharmacotherapy and Pharmaceutical Care, University of Groningen, Groningen, the Netherlands; 6Department of Primary and Community Care, Radboud University Medical Center, Nijmegen, the Netherlands; 7Faculty of Health Sciences, University College of Southeast Norway, Drammen, Norway
Background: Pharmaceutical care is one of the major tasks of pharmacists, which aims to improve patient outcomes. Counseling patients with asthma or chronic obstructive pulmonary disease about their use of inhaled corticosteroids (ICS) might enhance medication adherence and symptom control. Therefore, effective pharmacist–patient communication is very important. In this regard, both affective communication, for handling emotions, and instrumental communication, for exchanging biomedical and lifestyle information, are relevant. Until now, only few studies have explored pharmacist–patient communication, and further insight is needed in this regard. The aim of this study is to investigate how pharmacists and pharmacy technicians communicate about ICS with patients with asthma and/or chronic obstructive pulmonary disease, what topics are discussed by them, and whether pharmacists and pharmacy technicians differ in their communication during counseling sessions.
Methods: Patients aged ≥18 years who had used ICS for at least 1 year and filled at least two ICS prescriptions in the preceding year were recruited through 12 pharmacies. Participants had one counseling session with a pharmacist or a pharmacy technician, which was video-recorded. The process and content of the provider–patient communication were analyzed using the Roter interaction analysis system, adapted to the pharmaceutical setting.
Results: A total of 169 sessions were recorded and analyzed. The communication appeared largely instrumental. Lifestyle, psychosocial issues, and ICS adherence were not discussed in detail. The pharmacists had longer conversations and more affective talk than the pharmacy technicians.
Conclusion: Pharmacists and pharmacy technicians may need to pay more attention to ICS adherence, lifestyle, and psychosocial topics. They differed in their communication; the pharmacists exhibited more affective behavior and discussed medical and therapeutic issues more extensively compared to the pharmacy technicians. Educational courses for pharmacists and pharmacy technicians could focus more on the discussion of adherence, lifestyle, and psychosocial topics with patients.
Keywords: community pharmacy, communication, inhaled corticosteroids, pharmacist–patient interaction, Roter interaction analysis system
According to the Pharmaceutical Care Network Europe definition, “Pharmaceutical care is the pharmacist’s contribution to the care of individuals in order to optimize medicines use and improve health outcomes”.1 The community pharmacist’s role has recently been extended from just dispensing to providing guidance in pharmaceutical care. Several pharmaceutical care programs and activities have been developed to educate and counsel patients with (chronic) medication use, showing some promising results in improving outcomes such as disease control and medication adherence.2–5
Patients with asthma and chronic obstructive pulmonary disease (COPD) could especially benefit from these activities. Around 40% of them fail to take their inhaled corticosteroids (ICS) as prescribed.6 Regular ICS treatment reduces symptoms and the frequency of exacerbations and enhances lung function and quality of life.7,8 Taking less medication than prescribed (suboptimal adherence) leads to poor disease control, morbidity, mortality, and high health care costs.6 Many patients with asthma (17%–57%) do indeed have poor disease control,9 as shown by the high rates of emergency-room visits and hospital admissions.10
Sufficient and correct knowledge about the disease and medication is needed to achieve better adherence to antiasthma drugs and have better asthma control.11,12 But the knowledge among patients with asthma appears suboptimal.13 Many patients report taking their medication only when they think they should or when they experience shortness of breath.14 In addition, 70% of patients using ICS apply incorrect inhaler techniques that disenable total absorption of the medication in the lungs.15 Improving inhaler technique is likely to improve symptom control.16
Clearly, educating patients with asthma and COPD about their disease, medication use, and inhalation technique is of great importance in enhancing ICS adherence and symptom control. This is even more so as patients’ potentially modifiable medication beliefs are related to ICS adherence.17–19 Patients who have many concerns and misconceptions about ICS (eg, about side effects and drug dependency) are more inclined to be nonadherent. Therefore, health care providers should try to diminish patients’ concerns and strengthen their ICS necessity beliefs,17,19 by showing empathy and providing reassurance and information about ICS use and adherence. However, medication adherence is hardly addressed at all in clinical encounters,20,21 even though Zolnierek and Dimatteo22 showed that the odds of patient adherence are 2.16 times higher when a physician communicates effectively.
To perform their new role as communicators, pharmacists and pharmacy technicians receive training in patient education and communication in undergraduate and postgraduate courses.23 However, so far, little is known about the extent to which they actually apply these skills in counseling sessions.24 Recent research indicates that pharmacists focus mainly on biomedical issues and pay little attention to psychosocial issues.25,26
In counseling sessions, pharmacists or technicians can discuss patients’ experiences with (chronic) medication, usually in a private consulting room at the community pharmacy. Although some pharmacies do offer counseling sessions to patients about their ICS use, these sessions are not common practice in the Netherlands yet.23,27 Furthermore, it is unknown whether pharmacists and technicians are equally able to conduct these sessions. For instance, there are differences in the undergraduate and postgraduate courses for pharmacists and technicians. As technicians have more frequent contacts with patients than pharmacists,28 they might be more experienced in patient communication. A study of patients’ perceived barriers in communication with their health care provider revealed that patients experience fewer barriers to participation in a visit with a nurse than with a physician.29 This might also apply to pharmacists and technicians, with fewer barriers in talks with technicians. However, pharmacists might have a more persuasive communication style by virtue of their position, as they are the managers and often owners of the pharmacy. Getting insight into the differences in the communication content and process might have relevance for session and patient outcomes and might indicate who is most capable of performing these counseling sessions and who might need additional communication training.
The aim of this study was therefore to explore 1) how pharmacists and pharmacy technicians communicate with patients with asthma and/or COPD about ICS during a counseling session (communication process); 2) what topics are discussed during these sessions (communication content); and 3) to what extent pharmacists and technicians differ in their communication. Based on practice guidelines about asthma and COPD, we thereby focus especially on the following communicative aspects:30–32 affective communication (eg, showing empathy and giving reassurance), providing information about asthma/COPD and ICS, discussing adherence, inhalation technique, side effects, concerns, and necessity beliefs about ICS, and lifestyle topics (eg, smoking and exercise).
Materials and methods
This observational study is part of a larger research project examining the communication of community pharmacists and technicians with patients with asthma and/or COPD, which was performed between September 2011 and February 2012. Data were collected with the help of pharmacists belonging to the Utrecht Pharmacy Practice Network for Education and Research (UPPER), and the work was conducted in compliance with the requirements of the UPPER institutional review board of the Department of Pharmacoepidemiology and Clinical Pharmacology. A total of 130 community pharmacies were approached via email by UPPER and invited to participate, with 12 pharmacies actually participating. No selection criteria were applied for pharmacies’ participation.
Per pharmacy, recruited patients were randomly assigned to an intervention group or a control group. Randomization was performed using a statistical program (Stata Version 12.1), which generated lists consisting of a random series of 0s and 1s. We generated a separate list for each pharmacy. A “0” referred to assignment to the control group, and a “1” referred to assignment to the intervention group. By following the order of the numbers on the list, patients were assigned to the two groups in the sequence of their registration for participation.
Patients in the intervention group had a counseling session at the community pharmacy; patients in the control group had no session and only completed questionnaires. For the purpose of this study, only data from patients who had a counseling session were used.
At each participating pharmacy, one pharmacist and one pharmacy technician performed individual counseling sessions with patients with asthma and/or COPD. Each pharmacist selected a pharmacy technician from his/her own team, so 12 pharmacists and 12 technicians held sessions. Each patient had one session with either a pharmacist or a pharmacy technician. The number of counseling sessions depended on the number of participating patients in that particular pharmacy and on an agreed maximum number of participants per pharmacy.
To get an authentic impression of pharmacists’ and technicians’ communication styles, only general instructions were provided about the counseling sessions, that is, “discuss the patient’s experience with ICS use, the effectiveness and (possible) side-effects of ICS, and whether the patient uses ICS in an appropriate way”.
The Medical Ethics Committee of the University Medical Center Utrecht assessed the research proposal and concluded that ethical approval was not required because the study did not fall within the remit of the Law on Medical Scientific Research involving Human Beings.
Patient recruitment took place through the participating pharmacies. Anatomical Therapeutic Chemical classification system codes for ICS and combination products of β2-agonists and ICS were used to determine in the pharmacy system to which patients’ ICS had been dispensed. Patients were eligible if they were aged 18 years or older, had been diagnosed with asthma or COPD (based on self-report), had been using ICS for at least 1 year, and had filled two or more ICS prescriptions in the preceding year. Patients living in an institution were excluded because they might receive other or additional care and counseling, which might influence the generalizability of the study results. Patients did not receive a reimbursement for participation.
At each pharmacy, all eligible patients were invited to participate in the study, up to a maximum of 200 patients per pharmacy. If there were >200 eligible patients, a random subset of 200 patients were selected. An information pack was sent by post to 1,952 potentially eligible patients by their pharmacist, containing an invitation letter, a questionnaire, and an informed consent form. Patients were informed about the procedure and the videotaping of the consultations, and they had the opportunity to ask questions about the study and the videotaping of the session before consenting to participation. The completed questionnaire and a signed informed consent form had to be returned for study participation. A researcher contacted the participants by phone to make an appointment for a counseling session with a pharmacist or technician within 2 months after inclusion. The schedules for pharmacists and technicians had been determined beforehand. Depending on patients’ preferences for a date or time for an appointment, the consultation was scheduled. These sessions were performed in Dutch, took place in a private room, and were recorded by an unmanned camera, which was directed at the pharmacist or technician.
Materials and measurements
The questionnaire consisted of questions about sociodemographics, the medical indication for the ICS prescription (asthma/asthma symptoms and/or COPD or unknown), and other questions related to the patient’s medical condition and ICS use.
Analyses of the video-recorded sessions were performed using an extended version of the Roter interaction analysis system (RIAS). RIAS is a validated instrument for coding both provider and patient communication, applicable to the pharmacy setting.33–35 Each small meaningful unit of speech (an utterance) is coded.
RIAS distinguishes two categories of communication: 1) affective or socioemotional communication and 2) instrumental communication, further divided into task- and process-oriented communication. Affective communication includes expressions of empathy, concern, optimism, and understanding, which contribute to a therapeutically effective provider–patient relationship.36 Instrumental communication focuses on the exchange of medical and psychosocial information and advice (task-oriented communication) and process-oriented utterances that guide the process of the conversation, like giving instructions (ie, “orientations”).
The four main task-oriented RIAS categories are 1) medical, 2) therapeutic, 3) lifestyle/social, and 4) psychosocial. For the purpose of this study, the task-oriented categories were further divided into 36 content categories, including asthma- and COPD-specific items derived from existing communication literature and guidelines for asthma and COPD,31 from the consumer quality index asthma/COPD,30 and from the Dutch pharmacy COPD guideline.32 This literature was used to indicate topics that are relevant for patients with asthma and/or COPD and that could be discussed during counseling sessions. Examples of specific medical and therapeutic content categories are medical history, current health status, ICS side effects, and ICS adherence. Each main category furthermore had one “residual category” for utterances that belonged to that particular main category but did not fit into any of the specified categories (ie, “medical, other”, “ICS, other”, “lifestyle, other”, and “psychosocial ICS, other”). Utterances about the study or comments about the recording were labeled as “other”. For each task-oriented utterance, it was established whether it concerned a question (“question”), the provision of information (“giving information”), or an advice for the patient to change behavior (“counseling”) (Table S1).
Furthermore, the proportion of utterances made by the pharmacists, pharmacy technicians, and patients was determined as a global indicator of conversational contribution.
The videotapes were coded by three coders from the research team. Observer XT7 software was used to code the communication directly from the videotapes.37
Interrater reliability was tested using the intraclass correlation coefficient (ICC) and calculated for all main categories with a mean frequency >2%, except for the “other” categories.38 One coder recoded a random 10% of the two main coders’ consultations. ICC reliability averaged 0.85 (range 0.37–0.98) for pharmacist and technician categories and 0.89 (0.70–0.97) for patient categories, which indicates moderate to good reliability, except for the category “orientations”, which had an ICC of 0.37. Given the low ICC of the orientations category, no results are reported for this category.
Multilevel analysis was carried out to allow for the clustering of patients in pharmacies. Weighted mean and standard errors of all communication categories were calculated for pharmacists and technicians separately and have been reported. To control for visit length, weighted mean per category was divided by the total number of utterances and multiplied by 100%.
Furthermore, we calculated the number of sessions in which a particular content category was mentioned by the pharmacist or the technician once only, more than once, or not at all, whether as a question, piece of advice, or information. Analyses were performed using MLwiN Version 2.25. To determine whether patients’ sociodemographic characteristics differed between the pharmacists’ sample and those of pharmacy technicians, two-sample proportion tests and Student’s t-tests were performed using Stata Version 12.1. Descriptive statistics were calculated using Stata Version 12.1.
A total of 429 patients returned a completed consent form and questionnaire. One hundred and ninety-nine patients were assigned to the intervention group, of whom 30 patients (15.1%) dropped out for one of the following reasons: they could not be reached by phone/email, involuntary withdrawal (eg, due to poor health), were no longer using ICS, had recently had a session about ICS or asthma, or did not want to participate after all. One hundred and sixty-nine patients received a counseling session at their pharmacy. Of these, 93 patients (55.0%) were female and 76 (45.0%) male. The mean age was 63.1 years (SD =13.9). Half of the 12 pharmacists were male and all the 12 technicians were female. The mean age of the pharmacists was 36.7 years (SD =11.5), and the mean age for technicians was 35.4 years (SD =11.9) (Table 1). The pharmacists performed 7.2 sessions on average (range: 3–11 sessions) and pharmacy technicians 6.9 sessions (range: 3–10 sessions). The sociodemographic characteristics of patients in the pharmacists’ sample did not differ significantly from those in the pharmacy technicians’ sample.
Pharmacists’ counseling sessions lasted significantly longer than those of pharmacy technicians (mean ± standard error: 16.46±0.80 minutes and 11.34±0.80 minutes, respectively; P<0.001). Both categories of professionals talked more than patients in terms of the percentage of utterances (pharmacists accounted for 55.0% of the utterances in their sessions, technicians 53.2%), and most of the communication consisted of instrumental talk (Table 1).
Affective and process-oriented communication
Table 2 shows the weighted mean of the affective and process-oriented communication behaviors per counseling session. Pharmacists and technicians mainly exhibited social behavior, expressed approval and agreement, and gave verbal attention and reassurance to patients. Patients showed similar behaviors and also expressed concerns or worries. With respect to process-oriented communication, pharmacists and technicians paraphrased and checked for understanding and asked the patient for an opinion at least once per session. Patients mainly paraphrased and checked for understanding.
Several medical and therapeutic topics were discussed during the counseling sessions (Tables 3 and 4). In the following paragraphs, we describe the topics on which on average at least one utterance per session was made by pharmacists, technicians, or patients.
Medical and therapeutic communication
Pharmacists and technicians made at least one utterance per session about each of the following topics: “medical, other”, inhaler and inhalation technique, non-ICS treatment (other medication used by the patient), ICS medicinal effects, side effects, dosage and time of inhalation of ICS, current health status, adherence to ICS, reason for use, and “ICS, other”. In contrast to technicians, pharmacists also asked at least once about patients’ current health status and medical effects, and gave information about explanation about asthma/COPD more than once.
Patients made at least one utterance per session about the following issues: inhaler and inhalation technique, non-ICS medication, “medical, other”, dosage and time of inhalation, current health status, medical history, side effects, contact with health care providers about asthma/COPD, “ICS, other”, ICS medicinal effects, ICS adherence, lung function test, contact with other health care providers about ICS, and reason for use.
Lifestyle and social context communication
Pharmacists gave some social context information, but other lifestyle and social context topics were not mentioned more than once. Patients gave information about physical activity, social context, the (living) environment, and “lifestyle, other”.
Concerning psychosocial information, patients gave information about how they felt about non-ICS medication and “ICS, other”. Pharmacists and technicians addressed almost no psychosocial topics.
Differences in communication between pharmacists and pharmacy technicians in their sessions
Below, we describe the differences between pharmacists and pharmacy technicians in communication during the counseling sessions. Only significant differences (P<0.05) are reported.
Pharmacists used more affective utterances per session on average than technicians. Patients did not differ in the number of affective utterances in their communication with pharmacists or technicians, except for giving agreements. Patients agreed more frequently in sessions with pharmacists than with technicians.
With respect to process-oriented communication, pharmacists and technicians differed in the number of utterances paraphrasing/checking for understanding. Patients had the same number of process-oriented utterances during sessions with pharmacists and technicians.
Medical and therapeutic information
The pharmacists were more likely to ask questions about the following topics than the technicians: patients’ current health status, reason for ICS use, and other medication. Questions about side effects were asked more often by technicians than by pharmacists. Patients were more likely to ask questions about dosage and time of inhalation of ICS during sessions with pharmacists than with technicians. Pharmacists were more likely to give information about a lung function test, asthma/COPD, reason for ICS use, dosage and time of inhalation, ICS effects, inhaler and inhalation technique, and other medication. Patients were more likely to provide information to pharmacists than technicians about the following topics: medical history, dosage and time of inhalation, and barriers. Technicians were more likely to give advice about ICS adherence than pharmacists.
Lifestyle and social context information
Pharmacists gave information about the social context more often than technicians. Patients gave information to pharmacists more often than to technicians about physical activity and the (living) environment.
Pharmacists and technicians differed in giving information regarding concerns about ICS, which was mentioned on average less than once a session. Patients also differed in giving information about this topic; they talked more often about ICS concerns in sessions with pharmacists than in sessions with technicians.
Number of sessions in which topics were discussed
Several clinically relevant topics were not discussed during many of the counseling sessions (Table S2). The comparison between pharmacists and technicians revealed that questions about current health status were asked more often by pharmacists than by technicians, in 26 versus eleven sessions, respectively. Pharmacists gave an explanation about asthma more than once in 22 sessions; technicians did so in three sessions. Pharmacists paid attention more than once to the reason for ICS use in 26 sessions and to dosage in 55 sessions, whereas technicians only did so in 12 and 25 sessions, respectively. Technicians asked more than once about side effects in 42 sessions, whereas pharmacists did so in 29 sessions. Lifestyle/social categories were hardly mentioned. Smoking, the (living) environment, and the social context were discussed in a couple of sessions. In addition, psychosocial aspects or feelings were seldom discussed.
Outcomes controlled for visit length
As stated before, pharmacists’ sessions lasted longer than those of technicians. After controlling for visit length, most of the differences between pharmacists and technicians in communication behaviors remained significant. This was also the case for the differences found in patient communication during sessions with pharmacists and technicians after controlling for visit length (Table S3).
After controlling for visit length, differences between pharmacists’ and technicians’ communication remained significant for the following affective categories: social behavior, approval, verbal attention, showing concerns/worry, and disagreeing. The differences in the number of questions about current health status, heredity, “medical, other”, side effects, “lifestyle, other”, and “other” also remained significant. In addition, differences in paraphrasing/checking for understanding and giving information about the lung function test, explanation about asthma/COPD, dosage, medicinal effects, and ICS concerns were still significant after controlling for visit length, as well as counseling about adherence.
For patient utterances, the number of questions about dosage, giving information about medical history, the (living) environment, and ICS concerns still differed between sessions with pharmacists and technicians after controlling for visit length.
Many important issues were addressed during the counseling sessions. However, pharmacists and technicians could pay more attention to some topics. Some differences in communication have been found between pharmacists and pharmacy technicians.
The counseling sessions consisted largely of instrumental talk. Medical and therapeutic topics were frequently discussed, such as current health status, inhaler and inhalation technique, side effects, dosage and time of inhalation, and ICS medicinal effects. Pharmacists and pharmacy technicians discussed adherence to a limited degree only. In this respect, counseling sessions reflect those of other health care providers: this topic is often avoided during patient–provider interactions.21,31
Lifestyle and psychosocial issues were hardly addressed by pharmacists and technicians, while patients did mention these topics. As concerns have relevance for adherence to medication,18,39 there might be room for improvement in discussing patients’ concerns about ICS and why it is necessary to use them. Pharmacists and technicians could also pay more attention to lifestyle topics, such as smoking habits and exercise.
Pharmacists and technicians talked with the patients extensively about the inhaler and inhalation technique, clearly the main aim of the session. In addition, medication other than ICS (the category “non-ICS treatment”) was often discussed, such as bronchodilators (relievers). Because bronchodilators are often used in combination with ICS, pharmacists and technicians probably discuss these to check the inhalation technique as well as the effectiveness of the medication.
Remarkably, patients raised very few questions. On average, they only asked questions about the inhaler and inhalation technique more than once per session. This suggests either that they did not have much to ask or that there was not enough opportunity to pose questions. Pharmacists and technicians could invite patients more explicitly to ask questions.
An important aspect concerning pharmacist–patient communication is the way patients view the pharmacists’ role (ie, tasks and responsibilities). A few studies have shown that some groups of patients have positive views about pharmacists’ enhanced role in disease management and medication advice.40,41 However, other studies have found that patients do not perceive pharmacists as having a significant role in patient counseling, medication management, or monitoring; patients believe this to be primarily the task of physicians.42–44 These findings could be a reason for patients’ possible reticence in posing questions and discussing medical, lifestyle, and psychosocial issues.
When comparing pharmacists’ and technicians’ sessions, pharmacists showed more affective behavior than technicians, and they also discussed some task-oriented topics more extensively. Although pharmacists’ sessions lasted 1.5 times longer than those of technicians, these differences could not be fully explained by the longer visit length of the pharmacists’ sessions. In contrast to pharmacists and technicians, patients did not differ in their affective and process-oriented communications when being counseled by one or the other professional.
Pharmacist and pharmacy technicians spoke more than patients (55.0% and 53.2% of the utterances, respectively). Although this indicates that the providers made a greater conversational contribution than patients, we think the share of provider–patient communication is fairly balanced because the percentages are close to the middle (ie, 50%).
We can compare our findings with only a few studies. Because of dissimilarities in study setting and health care providers, these findings are difficult to compare. When comparing our findings with general practitioner–patient communication, no remarkable differences were found. Pharmacists and technicians in our study showed ~5% more affective behavior than general practitioners, which could be explained to a large extent by the many agreements that pharmacists and technicians expressed.20 General practitioners did not discuss lifestyle/social and psychosocial topics in much depth; however, pharmacists and technicians discussed them even less. Our findings also confirm the results of a simulated patient study of Chong et al25 about antidepressants, which showed that pharmacists’ communication is merely focused on biomedical topics and that lifestyle and psychosocial topics are underexposed.
To our knowledge, this is the first study about communication during counseling sessions about ICS in the pharmacy. For future research, it would be interesting to study the relationship between the communication process and content on the one hand and outcomes on the other hand, such as patients’ medication adherence, satisfaction, and symptom control. In addition, the experiences of patients and health care providers with the communication could be taken into account, to get insight into which communication styles enhance medication optimization, according to them.
Strengths and limitations
This study has several strengths. First, exploring the content of counseling sessions at the pharmacy has never been done before in such an extensive way, resulting in rich information about these sessions and an objective and quantitative presentation of the content of the verbal communication. In addition, this study did not only take pharmacists’ communication into account but also looked at technicians’ communication and compared the content of the sessions of these two categories of professionals.
However, there are some limitations. Selection bias could have occurred during pharmacy and patient recruitment. Participating pharmacies could be more engaged in patient counseling than the nonparticipating pharmacies, and participating patients might be more willing to communicate about ICS use, related problems, and feelings. In the Netherlands, counseling sessions are not yet routine activities in pharmacies,23 which implies that, in general, pharmacists and technicians are not very experienced in conducting counseling sessions about ICS. Therefore, the participating pharmacists and technicians might have better counseling skills than their nonparticipating colleagues. Hence, the generalizability of the findings is limited.
In addition, the pharmacists sent the invitation letter to patients. This might have resulted in bias as patients might feel obligated to participate in the study. However, it was stated clearly in the letter that participation was voluntary.
Finally, because counseling sessions are not performed very frequently, we provided general instructions to the pharmacists and technicians about which themes could be discussed during the sessions. Although these instructions were very broad, they might have influenced our results.
Both pharmacists and pharmacy technicians addressed many important medical and therapeutic topics in counseling sessions with patients with asthma and/or COPD, but they could pay more attention to ICS adherence and to lifestyle and psychosocial topics. The two categories of professionals differed in their communication: pharmacists exhibited more affective behavior than technicians and also discussed medical and therapeutic topics in particular more extensively.
Educational courses for pharmacists and pharmacy technicians could draw attention to the discussion of ICS adherence, lifestyle, and psychosocial topics in patient communication. Pharmacy technicians in particular could be encouraged to attend to other factors than purely the technical aspects of using ICS.
We would like to thank Peter Spreeuwenberg for his statistical advice and Jorien Bijleveld for coding of the video recordings. We also thank all patients, pharmacists, and pharmacy technicians for their participation. We also thank the Royal Dutch Association for the Advancement of Pharmacy (KNMP) and the Dutch Association for Innovative Medicine (Nefarma) for their financial contributions to this study.
The authors report no conflicts of interest in this work.
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Table S1 Examples of statements for RIAS categories
Table S2 The number of sessions in which a topic is discussed zero times, once, or more than once (divided into questions, giving information, and counseling)
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