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Chiropractic & Manual Therapies. 2019 Oct 16;27(1):44
The Author(s).
Eilayyan, Owis
Thomas, Aliki
Hallé, Marie-Christine
Ahmed, Sara
Tibbles, Anthony C
Jacobs, Craig
Mior, Silvano
Davis, Connie
Evans, Roni
Schneider, Michael J
Owens, Heather
Zoubi, Fadi A
Barnsley, Jan
Long, Cynthia R
Bussières, Andre
Background: The literature supports the effectiveness of self-management support (SMS) to improve health outcomes of patients with chronic spine pain. However, patient engagement in SMS programs is suboptimal. The objectives of this study were to: 1) assess participation in self-care (i.e. activation) among patients with spine pain, 2) identify patients’ barriers and enablers to using SMS, and 3) map behaviour change techniques (BCTs) to key barriers to inform the design of a knowledge translation (KT) intervention aimed to increase the use of SMS. Methods: In summer 2016, we invited 250 patients with spine pain seeking care at the Canadian Memorial Chiropractic College in Ontario, Canada to complete the Patient Activation Measure (PAM) survey to assess the level of participation in self-care. We subsequently conducted individual interviews, in summer 2017, based on the Theoretical Domains Framework (TDF) in a subset of patients to identify potential challenges to using SMS. The interview guide included 20 open-ended questions and accompanying probes. Findings were deductively analysed guided by the TDF. A panel of 7 experts mapped key barriers to BCTs, designed a KT intervention, and selected the modes of delivery. Results: Two hundred and twenty-three patients completed the PAM. Approximately 24% of respondents were not actively involved in their care. Interview findings from 13 spine pain patients suggested that the potential barriers to using SMS corresponded to four TDF domains: Environmental Context and Resources; Emotion; Memory, Attention & Decision-Making; and Behavioural Regulation. The proposed theory-based KT intervention includes paper-based educational materials, webinars and videos, summarising and demonstrating the therapeutic recommendations including exercises and other lifestyle changes. In addition, the KT intervention includes Brief Action Planning, a SMS strategy based on motivational interviewing, along with a SMART plan and reminders. Conclusions: Almost one quarter of study participants were not actively engaged in their spine care. Key barriers likely to influence uptake of SMS among patients were identified and used to inform the design of a theory-based KT intervention to increase their participation level. The proposed multi-component KT intervention may be an effective strategy to optimize the quality of spine pain care and improve patients’ health-outcomes.
RESEARCH Open AccessPromoting the use of self-management inpatients with spine pain managed bychiropractors and chiropractic interns:barriers and design of a theory-basedknowledge translation interventionOwis Eilayyan1,2*, Aliki Thomas1,2, Marie-Christine Hallé1,2, Sara Ahmed1,2, Anthony C. Tibbles3, Craig Jacobs3,Silvano Mior3, Connie Davis4,5, Roni Evans6, Michael J. Schneider7, Heather Owens1, Fadi Al Zoubi1,2, Jan Barnsley8,Cynthia R. Long9 and Andre Bussières1,2AbstractBackground: The literature supports the effectiveness of self-management support (SMS) to improve healthoutcomes of patients with chronic spine pain. However, patient engagement in SMS programs is suboptimal. Theobjectives of this study were to: 1) assess participation in self-care (i.e. activation) among patients with spine pain, 2)identify patients’ barriers and enablers to using SMS, and 3) map behaviour change techniques (BCTs) to key barriers toinform the design of a knowledge translation (KT) intervention aimed to increase the use of SMS.Methods: In summer 2016, we invited 250 patients with spine pain seeking care at the Canadian MemorialChiropractic College in Ontario, Canada to complete the Patient Activation Measure (PAM) survey to assess the level ofparticipation in self-care. We subsequently conducted individual interviews, in summer 2017, based on the TheoreticalDomains Framework (TDF) in a subset of patients to identify potential challenges to using SMS. The interview guideincluded 20 open-ended questions and accompanying probes. Findings were deductively analysed guided by the TDF.A panel of 7 experts mapped key barriers to BCTs, designed a KT intervention, and selected the modes of delivery.Results: Two hundred and twenty-three patients completed the PAM. Approximately 24% of respondents were notactively involved in their care. Interview findings from 13 spine pain patients suggested that the potential barriers tousing SMS corresponded to four TDF domains: Environmental Context and Resources; Emotion; Memory, Attention &Decision-Making; and Behavioural Regulation. The proposed theory-based KT intervention includes paper-basededucational materials, webinars and videos, summarising and demonstrating the therapeutic recommendationsincluding exercises and other lifestyle changes. In addition, the KT intervention includes Brief Action Planning, a SMSstrategy based on motivational interviewing, along with a SMART plan and reminders.(Continued on next page)© The Author(s). 2019 Open Access This article is distributed under the terms of the Creative Commons Attribution 4.0International License (http://creativecommons.org/licenses/by/4.0/), which permits unrestricted use, distribution, andreproduction in any medium, provided you give appropriate credit to the original author(s) and the source, provide a link tothe Creative Commons license, and indicate if changes were made. The Creative Commons Public Domain Dedication waiver(http://creativecommons.org/publicdomain/zero/1.0/) applies to the data made available in this article, unless otherwise stated.* Correspondence: owis.eilayyan@mail.mcgill.ca1School of Physical and Occupational Therapy, McGill University, 3654Promenade Sir-William-Osler, Montreal, Quebec H3G 1Y5, Canada2Centre for Interdisciplinary Research in Rehabilitation of Greater Montreal(CRIR), 6363, Hudson Road, office 061, Lindsay Pavilion of the IURDPM,Montreal, QC H3S 1M9, CanadaFull list of author information is available at the end of the articleEilayyan et al. Chiropractic & Manual Therapies (2019) 27:44 https://doi.org/10.1186/s12998-019-0267-6(Continued from previous page)Conclusions: Almost one quarter of study participants were not actively engaged in their spine care. Key barriers likelyto influence uptake of SMS among patients were identified and used to inform the design of a theory-based KTintervention to increase their participation level. The proposed multi-component KT intervention may be an effectivestrategy to optimize the quality of spine pain care and improve patients’ health-outcomes.Keywords: Spine pain, Chiropractic, Self-management, Theory-based intervention, Knowledge translation, Theoreticaldomains frameworkBackgroundSpine pain is a leading cause of disability and work ab-senteeism worldwide [1–4]. Between 50 and 80% ofadults suffer from spine pain at least once during theirlives [5, 6]. Spine pain impacts both society and individ-uals with physical, psychological, and emotional burden[5, 7–15]. Between 1990 and 2015 the number of “yearslived with disability caused by low back pain increasedby 54%” [1]. The direct cost of spine pain is approxi-mated at $6 to $12 billion annually in Canada [16].Spine pain is often a chronic condition, and self-management support (SMS) could reduce its conse-quences on patients’ health [17]. Self-management is de-fined as an “individual’s ability to manage the symptoms,treatment, physical and psychosocial consequences, andlifestyle changes inherent in living with a chronic condi-tion” [18]. SMS strategies aimed at helping patients de-velop the skills they need to change negative thinkingand increase physical activity [19, 20] are the keys to ef-fectively manage spinal pain [21–28]. Clinical practiceguidelines (CPGs) recommend SMS for patients withspine pain [29–32]. Current evidence suggests SMS hassimilar treatment effects compared to other more expen-sive and intensive approaches such as massage, acupunc-ture, yoga, and exercise [17, 33]. SMS helps reduce pain,disability, and psychological distress [17, 34].Many patients with spine pain consult primary careproviders including chiropractors for relief [35–37] ofback and neck pain. Nearly half of these patients (me-dian of 49.7% (interquartile range (IQR): 43.0–60.2%))consult specifically for low back pain or back problems,and another quarter (22.5%, IQR, 16.3–24.5%) for neckproblems [37]. Among those patients seeking chiroprac-tic care for complaints of spine pain in Canada, someconsult chiropractic interns and supervisory clinicians inoutpatient teaching clinics [38].Globally, the routine use of evidence-based recom-mendations, including the delivery of SMS, remains sub-optimal among practicing chiropractors [39–42].Barriers among chiropractic clinicians and interns tousing SMS in a large chiropractic teaching institution inCanada were previously assessed in a related qualitativestudy [42]. Key barriers corresponding to the theoreticaldomain framework (TDF) included: Knowledge; Skills;Environmental context and resources; Emotion; Beliefsabout Capabilities; Memory, attention & decision mak-ing; and Social Influence. Patients’ compliance with SMSrecommendations is also suboptimal [34, 43, 44], andthere is a shortage of studies that assess the barriers to theuse of SMS among individuals with spine pain. Nonethe-less, known barriers to implementing SMS among patientswith chronic pain, low back pain, or osteoarthritis include:low self-efficacy, negative beliefs and lack of readiness tousing SMS, lack of time, family commitments, pooremotional status, and poor access to information on SMS[45–47]. Poor communication between clinicians and pa-tients also limits the use of SMS [47]. Collectively, thesebarriers can decrease both the utilisation of - and adher-ence to - SMS, and ultimately reduce its effectiveness.Successful implementation of SMS approaches re-quires patients to change unhealthy behaviours andcommit to healthier ones [19, 20], but changing indi-viduals’ behaviour is challenging [40, 48]. Therefore, itis important to assess patients’ knowledge of SMS,skills, and confidence in managing their own health; aphenomenon referred to as activation level in self-care [49]. Information on patient activation level caninform the design of appropriate strategies to supportbehaviour change [49]. In addition, understanding thebarriers that patients face when using SMS in chiro-practic contexts is necessary for successful implemen-tation of SMS programs through theory-basedKnowledge Translation (KT) interventions. The litera-ture suggests that theory-based KT interventions canincrease patients’ compliance with recommended care[50], increase the likelihood of successful behaviourchange [51–54], and lead to better health outcomesin different healthcare settings [55]. To date, fewstudies have assessed the barriers to using SMSamong patients with spine pain in chiropractic teach-ing institutions.The objectives of this study were to: 1) assess par-ticipation in self-care (i.e. activation) among patientswith spine pain, 2) identify patients’ barriers and en-ablers to using SMS, and 3) map behaviour changetechniques (BCTs) to key barriers to inform the de-sign of a KT intervention aimed at increasing the useof SMS.Eilayyan et al. Chiropractic & Manual Therapies (2019) 27:44 Page 2 of 13Conceptual frameworkThe Theoretical Domains Framework (TDF) was origin-ally developed to assess the factors likely to influenceprofessional behaviour change. The TDF has been usedextensively across a range of patient populations, set-tings, and health conditions to understand implementa-tion challenges [56–58], and to guide the developmentof theory-based KT interventions [55, 59–62]. The TDFintegrates 33 theories of behaviour change and identifies14 factors most likely to affect behaviour change: Know-ledge, Skills, Social/Professional Role and Identity, Beliefsabout Capabilities, Optimism, Beliefs about Conse-quences, Reinforcement, Intentions, Goals, Memory/At-tention and Decision Processes, Environmental Contextand Resources, Social Influences, Emotion, and Behav-ioural Regulation [63].MethodsStudy designThree-phase mixed-methods sequential transformativedesign comprised of quantitative and qualitative datacollection, and analyses. Ethical approval was obtainedfrom the Research Ethics Board of both McGillUniversity (McGill IRB: A08-E54-16B) and the CanadianMemorial Chiropractic College (CMCC-REB Approval1512B02). Written informed consent was obtained fromall participants.SettingThe study took place at the Canadian MemorialChiropractic College (CMCC) campus clinic and twoCMCC-affiliated external teaching clinics (CMCC’sClinic at Sherbourne Health and South RiverdaleCommunity Health Centre) in Toronto, Ontario.CMCC is the largest chiropractic teaching institutionin Canada. Three other CMCC-intercity clinics wereexcluded because they were either not engaged in re-search activities or they declined to participate.ApproachA systematic approach proposed by French et al. [55]was used to guide the development of a theory-basedintervention aimed at optimizing the use of SMS amongpatients with spine pain. The approach includes 4questions:1) Who needs to do what, differently? For thisquestion, current literature suggests that the useof SMS among patients is suboptimal [45–47].Such a evidence-practice gap was confirmed byresearch team members overseeing CMCCclinical activities [64]. This question was furtheraddressed in phase 1 of the current study whichaimed to assess patient activation in SMS(Quantitive approach).2) Using a theoretical framework (i.e. TDF [63]),which barriers and enablers need to be addressed?3) Which intervention components (behaviour changetechniques and mode(s) of delivery) couldovercome the modifiable barriers and enhance theenablers?4) How can behaviour change be measured andunderstood? This question is beyond the scope ofthis paper and thus not addressed.Questions 2 and 3 were addressed in two distinctphases: phase 2 aimed to identify barriers and enablersto the use of SMS (Qualitative approach). The interviewdata was used to inform the design of a theory-based KTintervention (phase 3). In phase 3, we mapped BCTs torelevant barriers and enablers identified in phase 2.Phase 1: estimating patient activation(quantitative data)ParticipantsDuring the summer of 2016 we assembled a conveni-ence sample of consecutive patients seeking care atfour CMCC outpatient clinics was assembled forPhase 1. Patients had to meet the following inclusioncriteria: ages of 18–70 years, currently receiving treat-ment from a consenting chiropractic intern, havingreceived at least three treatment sessions for a pri-mary back or neck pain complaint, and be able toread and hold a conversation in English.Data collectionStudy instrumentThe Patient Activation Measure (PAM), a self-administered 13 item questionnaire, was used to as-sess the level of activation in self-care among patientswith spine pain [65]. The PAM divides patients intoone of four activation levels (Table 1), which are asso-ciated with specific self-management and other healthrelated behaviours [67]. The PAM is used to indicateTable 1 “The four levels of patient activation” [66]Level DescriptionLevel 1 Individuals tend to be passive and feel overwhelmedby managing their own health. They may notunderstand their role in the care process.Level 2 Individuals may lack the knowledge and confidenceto manage their healthLevel 3 Individuals appear to be taking action but may stilllack the confidence and skill to support their behaviours.Level 4 Individuals have adopted many of the behavioursneeded to support their health but may not be ableto maintain them in the face of life stressorsEilayyan et al. Chiropractic & Manual Therapies (2019) 27:44 Page 3 of 13the level of patient participation in SMS [65], it hasbeen extensively tested among individuals with differ-ent health conditions, and is a reliable and valid tool[66, 68, 69]. We also asked eight additional “short an-swer” questions: age, gender, duration of spine pain,previous chiropractic care, SMS knowledge, BriefAction Planning (BAP) knowledge, and any existingmedical comorbidities. The multiple regression ana-lyses showed that having knowledge of SMS andknowledge of BAP were significantly associated with ahigher score on the PAM. More information on theregression analysis can be found in Additional file 1.ProceduresEligible patients with spine pain were identified usingOSCAR [70], an electronic medical records system.Chiropractic interns were asked to recruit consecutivepatients who were seeking care for spine pain. TheCMCC research coordinator contacted 250 potentiallyinterested patients. Eligible patients (n = 223) wereverbally informed of the study aims and consentedappropriately. The patients were also asked to readthe online written consent form prior to completingthe PAM survey questions using an iPad and com-puters at the clinics. Patients agreed to participate byclicking “yes” on the screen.Sample size and data analysisDescriptive statistics were used to obtain the PAMaverage total score and distribution using SAS version9.4 (North Carolina University, USA) [71]. The totalscore (calibrated score 0 (no activation) - 100 (highactivation)), was calculated by the Insignia HealthGroup (licensee of the PAM questionnaire) [66].Sample size needed to assess the patients’ participationin SMS follows the equation of N ≥ (1.96)2 * SD2 / d2[72]. The SD was determined based on the PAM resultsof previous studies [73, 74]. The required sample sizewas a total of 216 subjects; (1.962 * 152) / 22.Phase 2: identifying barriers and enablers(qualitative data)Subsequent to Phase 1, we conducted semi-structuredindividual interviews with spine pain patients in thesummer of 2017. Interviewees were selected from a pur-posive sample of phase 1 participants. The interviewguide was designed using the TDF framework [63] (SeeAdditional file 2).ParticipantsA purposive sample of patients with spine pain was as-sembled from two CMCC clinics, which had a largernumber of patients and clinicians who were more famil-iar with the recruitment process. The sociodemographiccharacteristics of patients were similar across participat-ing clinics. To ensure variety amongst respondents, theinvitation email was sent to different groups of patientsusing the following criteria: age, gender and duration ofspine pain.Data collectionInterview guideThe interview guide was developed based on the TDF[63] to understand the patients’ involvement in SMS(described in phase 1) and to identify their perceivedbarriers and enablers to the use of SMS. Specifically, theinterview guide aimed to explore: patients’ beliefs aboutspine pain and recovery, SMS information/tools neededand factors influencing adherence to SMS, activity limi-tation, exercise and physical activity, and verbal commu-nication with their care providers. The interview guideincluded 20 open-ended questions, 1–2 questions perdomain with accompanying probes, informed by a previ-ous study on a related topic [75]. These questions cov-ered 13 of the 14 TDF domains; the “Social/ProfessionalRole and Identity” domain was excluded as it relates onlyto clinicians. Five KT experts and clinicians assessed thecontent validity of the interview guide. Each interviewtook approximately 30 min.ProceduresThirty-eight patients attending CMCC outpatient clinicswere deemed eligible to participate in the interview asthey met the inclusion criteria listed under phase 1. Aresearch assistant then contacted a purposive sample of19 patients by email inviting them to participate in anindividual interview. Online interviews were conductedwith the first 13 patients who responded favourably tothe invitation email. Thirteen participants is consideredan appropriate sample size for achieving saturation in atheory-based interview study [76]. To assess if weachieved data saturation, we analysed the interview datafor the 13 consecutive patients. No new themes emergedafter the 11th interview, which confirmed that thematicsaturation had been achieved.The interviews were conducted online using CiscoWebEx™ (Milpitas, California (United States)) by the re-search assistant (MSc degree) who had previous experi-ence in facilitating interviews based on the TDF. Allinterviews were audio recorded, transcribed verbatimand anonymized. All participants completed and signedan informed consent form prior to the interview.Data analysisTwo assessors independently coded each transcript de-ductively. The assessors met three times online to com-pare the results. Disagreements were formally resolvedby a third team member (AB). The analysis was similarEilayyan et al. Chiropractic & Manual Therapies (2019) 27:44 Page 4 of 13to the one used by the research team in prior studies ofchiropractors [62, 77]. Briefly, each transcript was di-vided into different statements (unit of meaning), afterwhich each statement was coded into relevant TDF do-mains onto an Excel spreadsheet. Statements were thenlinked to specific beliefs. A specific belief is defined as “acore statement that captures a common theme frommultiple response statements and provides detail aboutthe role of a given domain in influencing practice behav-iour” [62, 78]. The specific beliefs were classified intoone of 3 categories: likelihood to either increase (facilita-tor), decrease (barrier), or have no influence on the useof SMS. The most important key barriers were identi-fied as: considering frequency of belief, importance ofthe belief, and contrasting beliefs.Phase 3: intervention designThe aim of phase 3 was to design a KT intervention toaddress previously identified barriers from phase 2 usingintervention mapping.ParticipantsSeven research team members attended a half-day onlinemeeting. Members included three KT experts, one pa-tient representative, and three CMCC faculty members:a health services researcher, the Dean of Clinics, and aperson overseeing curricular development. All CMCCfaculty members were familiar with the TDF and BCTs.ProcedureGuided by established methods for designing KT in-terventions based on TDF-informed problem analysis[56, 79, 80], three team members (AB, AT, OE)mapped the key TDF barriers identified in Phase 2onto relevant BCTs. Intervention components corre-sponding to the selected BCTs that could potentiallyaddress the key barriers were considered and selected[42, 62]. The remaining team members were thenprovided with the overall findings (i.e. key barriersand mapping exercise) in advance of a group meetingand asked to review each step, before recommendingother potentially effective KT intervention compo-nents. Based on the available evidence of the effect-iveness of BCTs [81–84] and the ease ofimplementation of such interventions into clinical set-tings (e.g., extent to which the proposed interventionis deemed to be acceptable, appropriate, and feasible)[85], the group reached a consensus on the preferredKT intervention components and modes of delivery(e.g. paper-based/electronic format).The resultant selected KT interventions aimed mainlyto facilitate the implementation of SMS guided by theBAP technique [86]. The BAP was developed based onmotivational interviewing [86], and has been used indifferent clinical settings and integrated into the curric-ula of several medical training programs to enable theutilisation of SMS [86, 87]. Furthermore, BAP could bean ideal SMS program for the busy clinician [86]. TheBAP technique includes three questions and five skillsincluding the “offering of a behavioral menu, SMARTplanning, eliciting a commitment statement, problemsolving for low confidence, and follow up” [88]. Thetechnique consists of engaging a dialogue between thepatient and healthcare providers in order to help pa-tients take care of their own health.ResultsPhase 1—PAM surveyData were collected from 223 of 250 (89.2% responserate) spine pain patients. The majority of respondentswere female (n = 125/219; 57.1%), with a mean age of49.4 years (SD = 14.1). Nearly 80% (n = 175/219) reportedhaving spine pain greater than 1 year in duration(Table 2). The average PAM score was 64.5 (SD =12.9),suggesting a good level of activation. While respect-ively 103/219 (47%) and 64/219 (29.2%) participantsreported scores corresponding to the third and fourthlevels (i.e., high activation level), approximately aquarter (n = 52/219, 23.7%) of participants were in thefirst or second levels (low activation level). The rawdata are presented in Additional file 3.Phase 2—interviewsCharacteristics of participants interviewedThe 13 interviewed participants had a mean age of48 ± 15.6 years (range 23–67 years); 61% (8/13) werewomen, and their average duration of spine pain was13.8 ± 14.7 years.Table 2 Survey Participants Characteristics (n = 219)Variable Mean (SD), N (%)Age 49.4 (14.1)Gender, women 125/219 (57.1%)Duration of Spine Pain: < 1 year 44/219 (20.1%)> 1 year 175/219 (79.9%)Received Previous Chiropractic Care (yes) 169/219 (77.2%)Medical conditions beside back/neck pain (yes) 138/218 (63.3%)PAM score 64.5 (12.9)PAM Activation Levels: Level 1 19/219 (8.7%)Level 2 33/219 (15.1%)Level 3 103/219 (47%)Level 4 64/219 (29.2%)PAM patient activation measureEilayyan et al. Chiropractic & Manual Therapies (2019) 27:44 Page 5 of 13Key themes identified within relevant domainsWe identified 457 statements representing 44 specificbeliefs and 20 themes (see Additional file 4). Additionalfile 5 provides interviewees’ quotes categorized by spe-cific domains and beliefs. Five key TDF domains werepresumed to have an important influence on the tar-geted behaviour: 1) Environmental Context and Re-sources; 2) Emotion; 3) Memory, Attention & DecisionMaking; 4) Behavioural Regulation; and 5) Knowledge.Phase 3—intervention designDifferent BCTs were mapped to key relevant domains,and KT intervention components and actions were pro-posed based on those BCTs (Table 3). Based on effect-iveness and feasibility considerations, team membersagreed on the modes of delivery for the KT intervention.Key TDF domains (phase 2) and proposed KT interventioncomponents (phase 3)In this section, we first present the key TDF domainswith the corresponding specific beliefs and themes(Phase 2). Next, we mapped the BCTs onto these keydomains and the corresponding intervention compo-nents proposed by the team members (Phase 3). Table 4summarizes the key TDF domains and proposed KTintervention.Environmental context and resourcesNinety statements were associated with EnvironmentalContext and Resources domain. These statements corre-sponded to 11 specific beliefs that were summarizedunder 5 themes: 1) time; 2) surrounding environment; 3)cost; 4) communication with clinicians; and 5) resources.Related to this domain, interviewees identified severalbarriers to using SMS including lack of time, lack of en-ergy, work environment, and lack of educational mate-rials. Interviewees also identified facilitators such ashome environment, cooperation of clinicians, and re-ceiving educational materials. All interviewees agreedthat receiving educational/supportive materials on exer-cises would be helpful in adhering to SMS. However,about half of interviewees (7/13) said they had receivededucational materials from their treating interns. Mostof the interviewees (10/13) indicated that they had diffi-culty performing exercises at work given the lack ofspace, and (6/13) stated that they would be able to dothe exercises at home.BCTs that were mapped to this domain included en-vironmental changes and time management. For in-stance, providing patients with either paper-based oronline handouts that describe and demonstrate relevantrecommendations such as exercises or other life-stylechanges could help address this barrier. In addition, pa-tients could be encouraged to seek advice from theirintern/clinician on ways to manage their time so theymay use SMS more efficiently. This could be offered byinterns/clinicians during patient visits while using BAP,an intervention based on motivational interviewing.EmotionThirty-one statements were mapped to the domain ofEmotion. These statements represented 5 specific beliefsand were categorized under one theme: emotion con-cerning the use of SMS. More than half of interviewees(7/13) agreed that SMS made them feel good, thoughsome interviewees stated that performing exercises, as aSMS component, sometimes exacerbated their pain andmade them feel frustrated and anxious. Two patients feltanxious about not performing the exercises properly.Stress management and social support (emotional)were identified as BCTs to address the barriers related toemotion. The intervention components proposed to im-plement these BCTs included: 1) providing the patientswith educational/supportive materials (handout) on theuse of SMS, and 2) encouraging patients to share suc-cessful strategies for reducing anxiety with otherpatients.Memory, attention & decision makingSixty-two statements pertained to the domain of Mem-ory, Attention & Decision Making. These statements cor-responded to 4 specific beliefs and 3 themes: ability tomake a decision to use SMS, participating in decision-making on SMS, and remembering to use SMS. Almosthalf of interviewees (6/13) stated that remembering touse SMS regularly was challenging. Furthermore, almostall interviewees (12/13) preferred to be involved in theirown clinical decision-making, as this may have moti-vated them to use SMS. They indicated that being in-volved in decision making would increase theiradherence to SMS recommendations. Almost all inter-viewees (11/13) mentioned that they were very/some-what involved in decisions about treatment options forSMS.BCTs identified for this domain were planning/imple-mentation; prompts/triggers/cues; and motivational inter-viewing. The suggested BAP technique could be led by theintern/clinician and used to deliver such BCTs to encour-age patients to be more involved in the decision-makingprocess. The BAP technique also provides patients withstrategies to help them to remember to use and integrateSMS into their daily life.Behavioural regulationForty-two statements were mapped to the BehaviouralRegulation domain. These statements represented 3 specificbeliefs forming one overarching theme: self-management isa part of patients’ routine. Most of the interviewees statedEilayyan et al. Chiropractic & Manual Therapies (2019) 27:44 Page 6 of 13that they were integrating SMS into their routine. However,8 out of 13 interviewees indicated that they did not use SMSas much as they could have because of lack of time, workcommitments, feeling lazy, and forgetting to use SMS.The BCTs and interventions mapped to this domainwere similar to the ones mapped for the “Memory, At-tention & Decision Making” domain. BAP technique em-phasizing the SMART (Specific, Measurable, Attainable,Table 3 Mapping behaviour change techniques on key domains, proposed KT interventions and actionsSelf-management-TDF barriers (BCTs) KT Intervention ActionsKnowledge- Patients believe that they knowenough about SMSBehavioural change techniques:Information regarding behaviour,outcome.- Standardized materials as tools tointroduce the concept of SMS- Context: the majority of patients believe that exercise is thecore component of self-management strategies (SMS)- Aim: to introduce and maximize the patients’ knowledgeon SMS- Opportunities:• Distribute educational materials to patients summarizing thecomponents of SMS, and emphasizing ways to initiate/sustainlife style changes• Webinar to provide information on SMS• Provide information on SMS on social media (e.g. Facebook)Environmental Context andResources- Lack of time to use self-managementamong patients- Not receiving educational materialsBehavioural change techniques:(Environmental Changes; Time management)- Standardized electronic or printedmaterials as tools for facilitating theuse of SMS- Persuasive communication- Context: Lack of time is a barrier to using SMS- Aim: helping patients better manage their time to use SMS- Opportunity:• Encouraging patients to seek advice from clinicians/internson ways to manage their time to be able to use SMS(before going to work/school, at lunch time, going to the gym …)• Provide patients with educational materials (paper based ande-pamphlets) summarizing the key components ofself-management• Webinar and videos to provide information on SMSEmotion- Feeling of anxiety/ frustratingregarding use SMSBehavioural change techniques:(Stress Management, Socialsupport (emotional); Coping strategies)- Modeling, demonstration ofbehaviour by others- Context: patients stated that they have some anxiety andconcern regarding performing therapeutic exercises improperly- Aim: minimizing the anxiety among patients by providing themwith materials summarizing the prescribed exercises- Opportunities:• Webinar and videos to provide information about the SMS andto demonstrate home exercises• Having them speak to other patients who have been successful✓ create a patient video to share stories on successful strategieson how to integrate SMS into daily scheduleMemory, attention & decision making- Few patients were not involved in thedecision making- Remembering to do SMS is challengingBehavioural change techniques:planning/implementation; Prompts/Triggers/Cues; Motivational Interviewing- Persuasive communication andinformation regarding behaviouraloutcomes- Provision of information- Instructions- Reminders- Context: Some patients were not involved in the decision makingprocess. Many patients have difficulty in remembering the SMScomponents- Aim: to facilitate the involvement of patients in the decisionmaking process, and to remind patients about the use of SMS- Opportunities:• Distribute educational/instructional materials to patients tofacilitate theshared decision making• Encourage patients to be actively involved in thedecision making process by using the principles of BAP• Webinar to provide suggestions on ways of implementing SMS• Social media to provide information on SMS• Send patients reminders to use SMS via:▪ E-mail▪ Phone call (ex. when confirming next appointment)Behavioural Regulation- Some patients don’t use SMS as muchas they shouldBehavioural change techniques:planning/implementation; Prompts/Triggers/Cues- Reminders- Persuasive communication- Context: Some patients do not use SMS as often as they should- Aim: to understand why they don’t and motivate patients touse SMSmore regularly- Opportunities:• Encourage clinicians/interns to help patients form a SMARTplan to self-manage• Encourage patients to put Post-it notes near their computer,automated recalls on their cell phone and/or lap-top• Send patients reminders to use SMS via:▪ E-mail▪ Phone callBAP brief action planning, BCT behavioural change technique, KT knowledge translation, SMS self-management strategyEilayyan et al. Chiropractic & Manual Therapies (2019) 27:44 Page 7 of 13Relevant, and Timely) goal setting approach can help pa-tients create an action plan for routinely using SMS. Inaddition, reminder strategies were proposed to promptpatients to use SMS, including post-it notes placed neartheir computer, and automated recall messaging on theircell phone and/or lap-top. To facilitate self-monitoring,patients could also be invited to keep a journal or logtheir activity between visits.KnowledgeSixty-two statements were linked to the Knowledge do-main. These statements represented 4 specific beliefsand collapsed into 2 themes: awareness of, and know-ledge about SMS. All interviewees confirmed that theywere aware of SMS and had sufficient information aboutit. However, interviewees tended to primarily focus onexercise, disregarding other components of SMS (e.g.lifestyle changes).Information regarding behaviour was the BCT mappedto this domain. Patients identified the need to receivemore information regarding SMS. The interventionsproposed included distributing educational materialsthat summarized the key elements of SMS and empha-sized ways to initiate/sustain lifestyle changes, as well aswebinars and social media (e.g. Facebook) that wouldprovide information on SMS.Selection of the final knowledge translation (KT)interventionDrawing upon current evidence for the effectiveness ofdifferent KT strategies [89] and BCTs [90] and the un-derstanding of the feasibility of implementing interven-tions in the CMCC clinics, the research team membersconsidered intervention components that would facili-tate the use of SMS among patients with spine pain.They reached consensus on the following interventioncomponents and modes of delivery:I. Provide patients with supportive handoutssummarising and demonstrating the therapeuticTable 4 The key TDF domains and proposed KT interventionSelf-management-TDF barriers Description Proposed KT interventionKnowledge- Patients believe that they know enoughabout SMS- Context: the majority of patients believethat exercise is the core componentof self-management strategies (SMS)• Distribute educational materials to patients summarizing thecomponents of SMS, and emphasizing ways to initiate/sustain life style changes• Webinar to provide information on SMS• Provide information on SMS on social media (e.g. Facebook)Environmental Context and Resources- Lack of time to use self-managementamong patients- Not receiving educational materials- Lack of time was a barrier to using SMS • Encourage patients to seek advice from clinicians/interns onways to manage their time to be able to use SMS (beforegoing to work/school, at lunch time, going to the gym …)• Provide patients with educational materials (paper based ande-pamphlets) summarizing the key componentsof self-management• Webinar and videos to provide information on SMSEmotion- Feeling of anxiety/ frustration regardinguse SMS- Patients stated that they have someanxiety and concern regardingperforming therapeutic exercisesadequately• Webinar and videos to provide information about the SMSand to demonstrate home exercises• Have patients speak to other patients who have beensuccessful✓ create a patient video to share stories on successfulstrategies on how to integrate SMS into daily scheduleMemory, attention & decision making- Few patients were not involved in thedecision making- Remembering to do SMS is challenging- Some patients were not involved inthe decision making process. Manypatients had difficulty in rememberingthe SMS components• Distribute educational/instructional materials to patients tofacilitate the shared decision making• Encourage patients to be actively involved in the decisionmaking process by using the principles of BAP• Webinar to provide suggestions on ways of implementingSMS• Social media to provide information on SMS• Send patients reminders to use SMS via:▪ E-mail▪ Phone call (ex. when confirming next appointment)Behavioural Regulation- Some patients don’t use SMS as muchas they should- Some patients did not use SMSas often as they should• Encourage clinicians/interns to help patients form aSMART plan to self-manage• Encourage patients to put Post-it notes near theircomputer, automated recalls on their cell phone and/or lap-top• Send patients reminders to use SMS via:▪ E-mail▪ Phone callEilayyan et al. Chiropractic & Manual Therapies (2019) 27:44 Page 8 of 13recommendations including exercises and otherlifestyle changes.a. Paper-basedb. Online: webinars or social media (e.g. Facebook)c. VideosII. Create short videos for patients to share stories ontheir successful strategies and how they integratedSMS into their daily routine.III. Implement a BAP program based on motivationalinterviewing led by interns/clinicians. This includes:a. SMART goal setting approachb. Advice on managing timec. Decision making processd. Reminder strategiesDiscussionSMS programs aim to empower and prepare patientsto take charge of their own health condition [91].SMS can help decrease pain levels and improve phys-ical function among patients with spine pain [17].Our PAM survey results indicated that three-quartersof participants were already at a higher level of acti-vation (Levels 3 & 4), while one quarter of partici-pants were at a lower level of activation (Levels 1 & 2).Patients with high levels of activation need to be encour-aged to continue adhering to SMS, whereas patients withlow levels need help to increase their knowledge, motiv-ation and self-efficacy in order to initiate behaviourchange through the guidance of their healthcare provider.Highly activated patients are more likely to have positivehealth outcomes and lower health costs, and adopt newhealthy behaviours [49]. In addition, a higher activationlevel is an indicator of patient adherence to SMS [49].Level 3 suggests that although patients are changing theirlifestyle, they still lack the confidence and skills to supportsuch changes [49], while Level 4 indicates that the patientshave already changed their lifestyle to support their condi-tion, but this change may not be adequately maintained[49]. According to Hibbard and Gilburt (2014), thestrategy needed for individuals in Levels 3 or 4 in-volves helping them adopt a new behaviour, and gainsufficient knowledge, confidence, and skills to be ableto adopt and maintain the behaviour [49]. In addition,these patients need assistance to problem solve in dif-ficult situations in order to maintain newly adoptedbehaviours [49]. On the other hand, people who havelower levels of PAM (i.e. levels 1 & 2) need assistanceto understand their active role in the health care andincrease their knowledge and confidence to participatein their health management [49]. These proposedstrategies are consistent with the components of theinterventions selected by our expert panel to addressthe identified barriers and help patients with chronicspine pain adhere to SMS.In our study, we found that the adherence to SMSwas influenced by barriers corresponding to 5 do-mains of the TDF, namely: Environmental context andresources, Emotion, “Memory, Attention & DecisionMaking”, Behavioural Regulation, and Knowledge. Weidentified two unique barriers that have not been pre-viously identified, namely: “Memory, Attention &Decision Making” and “Behavioural Regulation”. Inorder to address the five aforementioned barriers, apanel of experts mapped BCTs to each barrier andselected the appropriate intervention components.An additional barrier identified by interviewees wasnot having enough time to use SMS because of theirvarious school, work and life commitments. This findingis consistent with May (2010) who showed that time andfamily commitments are external factors that restrictedpatients with spine pain from using SMS [45]. Half of in-terviewees expressed an interest in receiving supportivematerials on SMS (describing the prescribed exercise),despite all of them confirming they had sufficient know-ledge of SMS. However, interviewees focused only on ex-ercise while disregarding other components of SMS (i.e.lifestyle changes). Poor access to information, not receiv-ing effective information, or lack of support from clini-cians regarding SMS are factors that have been reportedto restrict the use of SMS among patients [45–47].Therefore, providing patients with time managementstrategies and educational materials (e.g., paper basedand e-pamphlets) summarizing the key components ofSMS may provide further information on SMS and pro-mote adherence to SMS [92, 93].Poor mental health and low self-efficacy have beenidentified as internal factors restricting patient uptake ofSMS [45]. Some interviewees indicated feeling anxiouswhen performing therapeutic exercises, especially if theywere unsure of how to perform them properly. Develop-ing videos that demonstrate the prescribed home exer-cises may increase patients’ confidence to appropriatelyperform the exercises without supervision and reducethe likelihood of anxiety [94] toward SMS. In addition,having an online discussion board for patients may assistin reducing their anxiety through the sharing of helpfulstrategies and stories.Although most interviewees confirmed they feltsomewhat involved in the decision-making process,the majority indicated that they wanted to be muchmore involved in their treatment plan. Patients tendto value clinicians’ advice and recommendations [95],Eilayyan et al. Chiropractic & Manual Therapies (2019) 27:44 Page 9 of 13thus effective clinician-patient communication onhealth issues and setting treatment goals togethermay empower patients to adhere to their treatmentplan, which may in turn increase their satisfactionwith care and improve health outcomes (e.g. pain,functional ability, and emotional well-being) [96, 97].Effective communication between patients and clini-cians is an important component of SMS [98].Lastly, interviewees indicated they felt confident andskilled to use SMS, believed in the benefits of SMS,intended to continue using SMS, and perceived SMSas an important approach to dealing with spine pain.This finding might be attributed to the fact that ourstudy interviewees were already involved in, and mayhave benefited from, SMS. This could also explainwhy interviewees were optimistic about, and intendedto use, SMS. These findings will facilitate the imple-mentation of SMS among patients with spine pain inparticipating clinics as these patients are encouragedto be involved in SMS.The expert panel suggested different KT interventioncomponents based on BCTs to address the identifiedbarriers to using SMS among spine pain patients. Theselected KT intervention components formed amultifaceted theory-based program that could be imple-mented in addressing more than one barrier simultan-eously [99]. Importantly, the KT intervention components (educational materials, webinar, videos thatwere developed by The CCGI (https://www.youtube.com/channel/UCduMXDBP76INn85Il9fQ3qg/playlists?-view=50&shelf_id=2&sort=dd), BAP motivational inter-viewing, reminders, and use of social media) wereselected based on the feasibility of their implementationwithin the respective clinical setting and evidence oftheir effectiveness. For example, a 2016 systematic re-view on patient-mediated knowledge translation inter-ventions found educational materials can improvepatients’ knowledge and support decision making [92].Furthermore, Coudeyre et al. (2006) showed thatusing written materials with patients significantly im-proved their functional status and knowledge of spinepain [93]. Mahler (1999) reported that using videos asan educational tool improved treatment adherence tothe exercise prescribed [100]. According to a logicmodel describing the effect of social media on behav-iours, participation on social media may increase pa-tient’s intention to adopt healthy behaviours, which inturn may lead to changes in behaviour and improve-ments in health outcomes [101]. Lastly, systematicreviews show that implementing multicomponent in-terventions (education, feedback, motivational inter-vening, counselling, and/or reminders) improvesadherence to prescribed medications in differenthealth conditions [102–104].While CMCC promotes sustainable use of evidence-based practices (EBP) among graduates, a structuredapproach to SMS that allows for patient-centeredgoals is not yet integrated into the curriculum [105].To promote the use of SMS at CMCC, the interven-tion targeting patients will be integrated with thetheory-based KT intervention in order to enhance theuse of SMS among clinicians and interns. The KTintervention designed in a parallel study by our ex-pert panel (3 KT researchers, a researcher in medicaleducation, 2 CMCC faculty members, and one patientrepresentative) is composed of a webinar and onlineeducational module on a SMS guided by the Brief Ac-tion Planning, clinical vignettes, training workshop,and opinion leader support [42]. We used the BAPframework to guide our SMS, which has been shownto enable its use [86, 87]. The use of SMS, guided byan action plan such as the BAP framework, has alsobeen shown to improve patients’ adherence to recom-mended care [81] and health outcomes [98].LimitationsOur study has some limitations. We conducted the studyin a large chiropractic teaching institution and as such,the results may not be generalized to all chiropractic pri-vate practice. Also, to keep interviews within a reason-able length, only 1 to 2 questions were used in theinterviews to cover each of the TDF domains. As a con-sequence of this short interview format, the results mayfail to capture the essence of each domain. Lastly, forthe individual interview phase, only participants whoresponded to the invitation email were interviewed,these participants may not have been representative ofthe all study participants.ConclusionsApproximately a quarter of respondents seeking carefor spine pain in chiropractic teaching clinics reporteda lower level of activation in SMS. Theoretical bar-riers likely to influence the uptake of SMS amonginterviewed patients included: Environmental Contextand Resources; Memory, Attention & Decision-Making;Emotion; and Behavioural Regulation. These findingsinformed the design of a multicomponent theory-based tailored KT intervention to optimize the qualityof spine pain care and improve patients’ healthoutcomes.Additional filesAdditional file 1: “Regression analysis and output”. It providesinformation about the regression analysis that was conducted to assessthe influence of patients’ characteristics and patient activation. It alsoshows the output of the regression analysis. (DOCX 15 kb)Eilayyan et al. Chiropractic & Manual Therapies (2019) 27:44 Page 10 of 13Additional file 2: “Barriers and facilitators to adherence of SMS amongpatients with back and neck pain - Interview topic guide”. It provides theinterview guide for individual interviews with patients. (DOCX 19 kb)Additional file 3: “PAM survey - raw patient data”. An Excel sheetprovides the raw data for patients surveyed in phase 1 using the PAMinstrument. (XLSX 53 kb)Additional file 4: “Thematic analysis based on the TDF”. It providesnumber of patients’ statements for each TDF domain, TDF specific beliefsand themes. (DOCX 19 kb)Additional file 5: “Specific Beliefs for each TDF with illustrative quotes”.It provides patient quotes representing specific TDF domains and beliefs.(DOCX 18 kb)AbbreviationBAP: Brief action planning; BCT: Behavioural change technique;CCGI: Canadian Chiropractic Guideline Initiative; CMCC: Canadian MemorialChiropractic College; CPGs: Clinical practice guidelines; IQR: Interquartilerange; KT: Knowledge translation; PAM: Patient activation measure; SMS: Self-management strategy; TDF: Theoretical domain frameworkAcknowledgementsWe acknowledge CMCC and CCGI for their support in conducting thisresearch project.Authors’ contributionsOE and HO conducted the individual interviews. OE analysed thequantitative data, while OE and HO analysed the qualitative data under thesupervision of AB and AT (principal investigators). OE, AB, AT, CJ, ACT, CD,SM, FA, and JB contributed to the design of Knowledge Translationintervention. All authors: OE, AB, AT, MCH, CJ, ACT, CD, HO, FA, JB, SA, SM,RV, MJC and CL contributed to the preparation of the manuscript. All authorshave read and approved the manuscript.FundingCanadian Chiropractic Guideline Initiative. The funding body did notinfluence the study design, analysis, and results.Availability of data and materialsThe raw data that support the conclusions of this manuscript is available in theAdditional file 3. The interview data are available in Additional files 4 and 5Ethics approval and consent to participateEthical approval was obtained from the Research Ethics Board of both McGillUniversity (McGill IRB: A08-E54-16B) and the Canadian Memorial ChiropracticCollege (CMCC REB Approval 1512B02), and written informed consent wasobtained from all participants.Consent for publicationNot ApplicableCompeting interestsThe authors declare that they have no competing interests.Author details1School of Physical and Occupational Therapy, McGill University, 3654Promenade Sir-William-Osler, Montreal, Quebec H3G 1Y5, Canada. 2Centre forInterdisciplinary Research in Rehabilitation of Greater Montreal (CRIR), 6363,Hudson Road, office 061, Lindsay Pavilion of the IURDPM, Montreal, QC H3S1M9, Canada. 3Canadian Memorial Chiropractic College, 6100 Leslie St, NorthYork, ON M2H 3J1, Canada. 4University of British Columbia, 2329 West Mall,Vancouver, BC V6T 1Z4, Canada. 5Centre for Collaboration, Motivation andInnovation, PO Box 1343, Vernon, BC V1T 6N6, Canada. 6University ofMinnesota, Minneapolis, MN 55455, USA. 7University of Pittsburgh, 4200 FifthAve, Pittsburgh, PA 15260, USA. 8University of Toronto, 27 King’s College Cir,Toronto, ON M5S, Canada. 9Palmer College, Davenport, 1000 Brady St,Davenport, IA 52803, USA.Received: 8 March 2019 Accepted: 5 July 2019References1. 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Article
eng
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Vancouver : University of British Columbia Library
BioMed Central
Attribution 4.0 International (CC BY 4.0)
Faculty
Spine pain
Chiropractic
Self-management
Theory-based intervention
Knowledge translation
Theoretical domains framework
Promoting the use of self-management in patients with spine pain managed by chiropractors and chiropractic interns: barriers and design of a theory-based knowledge translation intervention
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