Chronic Disease Self-Management Program In American Sign .

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Chronic Disease Self-Management Program in American Sign Language: EvaluationSummary and RecommendationsRosalind Gjessing, BASusan M. Havercamp, PhDThe Ohio Disability and Health ProgramThe Ohio State University Nisonger CenterandJane E. Acri, LSWCentral Ohio Area Agency on AgingJuly 2016Contact:Susan M. Havercamp, PhDSusan.havercamp@osumc.edu(614) 685-8724

Table of ContentsI. Introductionp. 3II. Methodsp. 3III. Resultsp. 5Program Fidelityp. 5Participant Satisfactionp. 7Participant and Lay Leader Feedbackp. 8IV. Recommendationsp. 12V. Referencesp. 14Appendix A: Focus Group Questionsp. 17Appendix B: Participant and Lay Leader Feedbackp. 18Appendix C: Modified Chartsp. 222

I.IntroductionThe Chronic Disease Self-Management Program (CDSMP) is a six-week workshop offeredin community settings for people with chronic conditions to learn how to manage their diseases.CDSMP is an evidence-based program that is effective in managing chronic conditions andimproving health outcomes in a variety of populations; 1-18 however, the workshop may noteffectively reach the deaf or hearing impaired community. An estimated 4.8 million Americanscannot hear well enough to understand speech and American Sign Language (ASL) is the thirdmost commonly used language in the United States.19 People who are hard of hearing or deafhave poor health outcomes and low health literacy.20II.MethodsAs far as we know, CDSMP has never been offered in ASL. In March-April 2016, the OhioDisability and Health Program (ODHP) worked with the Deaf community in Columbus, Ohio tocoordinate a pilot of the Chronic Disease Self-Management Program developed by StanfordUniversity in American Sign Language (ASL).First, volunteers fluent in ASL were recruited and participated in the 4-day CDSMP layleader training with sign language interpretation. Second, the lay leaders worked with Jane Acri,the Central Ohio Area Agency on Aging’s CDSMP Coordinator, to identify aspects of theCDSMP workshop that may require adaptation such as the manner in which material is presentedor accessibility of the content for the Deaf community. One concern was raised about the handwritten charts and diagrams used to illustrate concepts during the workshop, because lay leadersuse their hands to communicate in ASL. The concern was raised about being unable to write andspeak at the same time and that turning away from participants to scribe brainstorming activitieswould be disruptive. We adapted the CDSMP curriculum to use printed workshop charts with3

visuals in place of handwritten charts (see Appendix C). Other minor issues were also raisedincluding the practice of having participants close their eyes and listen to instructions for thebody scan and meditation exercises.Third, volunteers led a 6-week CDSMP workshop in ASL and ODHP staff collected fidelityevaluation data based on Stanford’s Fidelity Check List at each of the six workshop sessions.Finally, workshop participants completed weekly questionnaires to assess satisfaction with theprogram and participated in a focus group following workshop completion. Additionally, weconducted structured interviews with lay leaders following the workshop to get their feedback.This report shares the findings of this pilot study, including data on program fidelity,participant satisfaction, and qualitative feedback from participants and lay leaders on whatadaptations worked best and suggestions for additional adaptations that may improve theprogram’s accessibility and applicability to the Deaf community. Recommendations are madeon how to best implement CDSMP in ASL based on these data.ParticipantsEight participants were recruited for this pilot workshop, including seven females and onemale, three between the ages of 35-54, four between the ages of 55-64, and one age 65 or older(see Table 1 for participant demographics). Chronic conditions reported by participantsincluded: Autoimmune (FMS), neuropathy, chronic pain, fatigue; thyroid autoimmune disease;thyroid; high cholesterol, sleep apnea; high blood pressure, back and leg pain; neck and armpain; arthritis, and family stress. Two participants attended six of the six sessions, fourparticipants attended five of the six sessions, and two participants attended two of the sixsessions.4

Table 1. Participant DemographicsGenderMaleFemale12.5% (n 1)87.5% (n 7)Age18-2122-2435-5455-6465 or older0% (n 0)0% (n 0)37.5% (n 3)50% (n 4)12.5% (n 1)Hispanic/Latino YesNoRaceAmerican Indian/Alaskan NativeAsianBlack or African AmericanWhiteOther0% (n 0)100% (n 8)0% (n 0)0% (n 0)0% (n 0)100% (n 8)0% (n 0)III. ResultsProgram FidelityProgram fidelity was assessed using a fidelity check list developed by Stanford University.Time was recorded in seconds for each session activity. Additionally, it was noted whether eachsession was 2.5 hours long, if there were two lay leaders present to teach the workshop, if leadersarrived on time, if leaders did not leave early, if leaders used facilitation techniques appropriatelyand effectively, if a weekly attendance record was kept, and if leaders followed the curriculumand limited the program content to information and activities as described in the English LeadersManual with proposed adaptations and translation into ASL. Table 2 demonstrates the summaryof the fidelity questions for each session. Fidelity measures were met for all sessions with a fewexceptions. One session went over on time by 34 minutes. The average length of sessions was8974 seconds or 2.49 hours, with the shortest session being 8519 seconds (2.37 hours) and the5

longest being 10,220 seconds (2.84 hours). Table 3 shows the breakdown of the average time ofeach activity and breaks in each of the six sessions.One of the lay leaders was impacted by a chronic condition during the pilot workshop andwas unable to attend three of the six sessions. So as not to skip weeks and based on availabilityof substitutes: One session (session 4) was facilitated by Jane Acri, Master Trainer, (ASLinterpreter provided, one session (session 5) was facilitated by only one leader fluent in ASL,and one session (session 6) was facilitated by Jane Acri (with an ASL interpreter) and one leaderfluent in ASLTable 2. Summary of Observation ChecklistItemSession1YesSession2Yes2. Two Leaders present to teach theworkshopYesYesYesNoNoYes3. Leaders arrive on timeYesYesYesYesYesYes4. Leaders do not leave earlyYesYesYesYesYesYes5. Leaders use facilitation techniquesappropriately and effectivelyYesYesYesYesYesYes6. Weekly attendance record is keptYesYesYesYesYesYes7. Leaders follow the curriculum andlimit the program content to informationand activities as described in the LeadersManual with proposed adaptations andtranslation into ASLYesYesYesYesYesYes1. Session is 2.5 hoursSession Session Session Session3456YesNoYesYes6

Table 3. Average Time of Activities in SecondsSession#123456Average time per Activity articipant SatisfactionParticipant satisfaction was assessed through the use of weekly questionnaires. Figure 1shows the percentage of participants who chose each response option (strongly agree to stronglydisagree) for each of the seven questions averaged over the six sessions. On average over the sixweeks, the majority of respondents “agreed” (69%-82%) or “strongly agreed” (9%-23%) witheach satisfaction question, demonstrating a high level of overall participant satisfaction with thepilot workshop.Question 1: This session presented skills and concepts that were new to meQuestion 2: This session was well organizedQuestion 3: The leaders were effective in explaining concepts to meQuestion 4: The teaching methods helped me understand concepts more clearlyQuestion 5: Concepts presented during this session were clear to meQuestion 6: I feel confident to apply concepts I learned today in my everyday lifeQuestion 7: Overall, I felt this session was useful to help me manage my chronic disease7

Figure 1. Average Participant Satisfaction of CDSMP 0%Q430%20%10%20%9%Q523%18%17% 14%12%12%9%9%6% 6%Q612%9%3%Q70%Strongly AgreeAgreeNeutralDisagreeStrongly DisagreeFocus Group/Interview FeedbackFollowing completion of the six workshop sessions, a focus group was held with sixworkshop participants and structured interviews were conducted individually with each layleader (see Appendix A for specific focus group questions). The focus group and interviews wereconducted by an ODHP staff member and a graduate research assistant through a certified ASLinterpreter. Audio was recorded and transcribed for the participant focus group and for one of thelay leader interviews (recording device malfunctioned during the second lay leader interview butdetailed notes were taken). ODHP staff and a graduate research assistant worked together toreview focus group/interview materials and identify salient feedback and themes (see AppendixB for focus group feedback).Overall, feedback from participants and lay leaders was positive. Lay leaders andparticipants discussed how much they appreciated participating in the workshop. The importance8

of having the workshop offered in ASL directly by a fluent lay leader was also highly stressed byparticipants and lay leaders. Participants reported that it was very difficult to form a bond withthe facilitator during the one session when an ASL interpreter was used. Offering the workshopin ASL allowed participants to understand the material and communicate with their peers in away that is much more effective and comfortable than participating in a workshop amongparticipants who do not use ASL.Both participants and lay leaders were positive about the adapted session charts createdfor this pilot as far as content and images. However, all groups reported that there were too manycharts up at one time during workshop sessions and that this was distracting. Suggestionsincluded having only one chart up at a time, using a projector to display the chart that is currentlybeing used, or giving participants handouts of all session charts. Lay leaders also discussedcertain concepts and activities they felt were difficult for participants, including tying togetherconcepts from the toolbox and the decision-making activity. They suggested that more concreteexamples could help to convey these concepts. One lay leader commented that brainstormingactivities may take longer with Deaf participants due to the importance of story-telling in theDeaf community. Participants and lay leaders reported that many health topics were covered ineach session and that the pace of the workshop was fast. However, the duration of activities wasgenerally consistent with the length of activities in a typical workshop. It is unclear whether thisfeedback was typical of CDSMP participants or if this was Deaf-specific. Some participantssuggested including more frequent breaks to allow participants to rest their eyes and absorb thematerial.9

IV.Recommendations when offering CDSMP to the Deaf communityBased on participant satisfaction and the high degree of fidelity to the standardized CDSMPcurriculum, we conclude that CDSMP can be successfully offered in ASL to Deaf participantswith minimal adaptations. Furthermore, based on the feedback concerning how important it isfor Deaf individuals to access health information and public health programming in ASL, westrongly encourage others to implement this program in ASL. The following recommendationsare offered to guide future CDSMP in ASL workshops:1.Recruit lay leaders from the Deaf community who are fluent in ASL and can offer theprogram directly in ASL to participants without the use of an interpreter.2.Consider collaborating with a center that provides services to the Deaf community tofacilitate workshops. Consider partnering with Deaf specific churches, schools,community centers, senior centers, or assisted living facilities, interpretation serviceproviders or other Deaf specific service providers. Creating a partnership with anorganization that employs individuals who are fluent in ASL and that would supporttheir employees’ time in facilitating CDSMP in ASL as a lay leader would be ideal.3.Particular consideration is needed as to the physical location of the workshop. Ensurethat the location meets ADA accessibility requirements and that the room is well-lit inall areas. Adequate lighting is very important for effective communication in ASL.4.Lay leaders should expect to take extra time to review the lay leader manual and thinkabout how they will translate the text during workshop sessions. Lay leaders shouldfamiliarize themselves with health-related ASL terms prior to beginning theworkshop.10

5.Lay leaders should make adaptations to the language used in the lay leader manualthat are not relevant to the Deaf community. For example, change “the mind is like aradio” to “the mind is like a television.”6.Only display one chart at a time during the workshop so that participants are notdistracted.7.Arrange for appropriate accommodations for handwritten charts in sessions. Layleaders using ASL to communicate will be unable to write. Lay leaders may chooseone or a combination of the following suggestions: Use charts with visual images instead of relying on handwritten materials. A setof charts was developed for this pilot that could be used or modified (seeAppendix C). Provide participants with a packet of the charts to be used during workshopsessions, either in an electronic format and/or as a printed handout. This willallow participants to take notes during sessions and review materials presented insession at home. If lay leaders have access to a computer and projector, consider using it to displaycharts and to type out participant comments/brainstorming ideas. This will allowthe lay leaders to continue to face the participants as they record participantcomments and will reduce the number of participant comments missed by the layleader due to not being able to see what the participants are signing. The use ofthis technology deviates from Healthy U’s low-tech approach but may beconsidered to be a reasonable accommodation for the Deaf community.11

8.Replace the guided body scans/meditation sessions where participants are asked toclose their eyes with other exercises. Additional breathing exercises, such as the yogic“Three-Part Breath” or others, could be used in place of their exercises. Do not userelaxation exercises which require participants to close their eyes at any time.9.Allow for more frequent, shorter breaks during each session to allow participants timeto rest their eyes and refocus. It may be beneficial to extend the time for each sessionby as much as a half hour to allow additional time for these breaks. This could bedetermined on a workshop by workshop basis depending on group consensus andcould be discussed in the “Session 0” introduction.10.Include Deaf-specific content in Session 6 where communication with healthcareproviders is discussed. Content could include issues with ASL interpretation in amedical setting (issues with medical terminology/translation errors, billingcomplications, rights regarding interpretation, etc.), making requests foraccommodations, use of the video relay service with healthcare providers, andadvocating for one’s self as needed in a healthcare setting among other potentialtopics. A brainstorm specific to Deaf issues around communicating with healthcareproviders could be added to this session to ensure that participants feel their uniqueneeds are addressed. The following topics may be addressed in Session 6: Problems with healthcare process Staff call my name instead of coming to try to find me in waiting room Health care providers refuse to provide an interpreter Quality of interpreters variable12

Staff will talk to interpreter privately and I don’t know what they aresaying Difficulty understanding medical terminology When cancelling appointment, doctor needs to also cancel interpreter Office leaves message so fast that you can’t understand it Billing system charges how much time you spend with doctor and it takeslonger with an interpreter Providers struggle with video relay service to place and receive telephonecalls from Deaf patients13

V.References1. Stanford Patient Education Research Center. Implementation Manual: Stanford SelfManagement Programs 2008. Palo Alto, Calif: Stanford University; 2008.2. Ritter PL, Lorig K. English and Spanish self-efficacy to manage chronic disease scalemeasures were validated using multiple studies. Journal of Clinical Epidemiology,2014;67:1265-1273.3. Risendal B, Dwyer A, Seidel R, Lorig K, Katzenmeyer C, Coombs L, Kellar-Guenther Y,Warren L, Franco A, Ory M. Adaptation of the chronic disease self-management programfor cancer survivors: feasibility, acceptability, and lessons for implementation. J CancerEduc., 2014;29(4):762-771.4. Ritter PL, Ory MG, Laurent DD, Lorig K. Effects of chronic disease self-managementprograms for participants with higher depression scores: secondary analyses of an on-lineand a small-group program. Transl Behav Med, 2014;4(4):398-406.5. Ahn S, Basu R, Smith ML, Jiang L, Lorig K, Whitelaw N, Ory MG. The impact ofchronic disease self-management programs: healthcare savings through a communitybased intervention. BMC Public Health, 2013;13(1):114.6. Ory MG, Ahn S, Jiang L, Smith ML, Ritter PL, Whitelaw N, Lorig KL. Successes of anational study of the chronic disease self-management program: Meeting the triple aim ofhealth care reform. Med Care, 2013;51(11):992-998.7. Ory MG, Ahn SN, Jiang L, Lorig K, Ritter P, Laurent DL, Whitelaw N, Smith ML:National Study of Chronic Disease Self-Management: Six Month Outcome Findings. JAging Health, 2013,25:1258.14

8. Lorig K, Laurent DD, Plant K, Krishnan E, Ritter PL. The components of action planningand their associations with behavior and health outcomes. Chronic Illn, 2013;(ePub).9. Lorig K, Ritter PL, Pifer C, Werner P. Effectiveness of the chronic disease selfmanagement program for persons with a serious mental illness: A translation study.Community Mental Health Journal, 2013;(ePub).10. Lorig K, Ritter P, Jacquez A. Outcomes of border health Spanish/English chronic diseaseself-management programs. Diabetes Educ, 2005;31(3):401-409.11. Sobel DS, Lorig KR, Hobbs M. Chronic condition self-management program: fromdevelopment to dissemination. Permanente Journal, 2002;6(2):11-18.12. Lorig K, Ritter P, Stewart A, Sobel D, Brown BW, Bandura A, González VM, LaurentDD, Holman H: 2-year evidence that chronic disease self-management education hassustained health and utilization benefits. Med Care, 2001;39(11):1217-1223.13. Lorig KR, Sobel D, Ritter PL, Hobbs M, Laurent D. Effect of a self-managementprogram on patients with chronic disease. Eff Clin Pract, 2001;4:256-262.14. Lorig K, Sobel DS, Stewart AL, Brown BW, Bandura A, Ritter P, González VM, LaurentDD, Holman HR. Evidence suggesting that a chronic disease self-management programcan improve health status while reducing hospitalization: a randomized trial. Med Care,1999;37(1):5-14.15. Lorig K, González VM: Community-based diabetes self-management education:definition and case study. Diabetes Spectrum, 2000;13(4):234-238.16. Lorig, KR, Ritter PL, González VM. Hispanic chronic disease self-management. Arandomized community-based outcome trial. Nurs Res, 2003;52(6):361-369.15

17. Lorig K, Ritter P, Jacquez A. Outcomes of border health Spanish/English chronic diseaseself-management programs. Diabetes Educ, 2005;31(3):401-409.18. Lorig K, Ritter PL, Villa FJ, Armas J. Community-based peer-led diabetes selfmanagement: A randomized trial. T

of substitutes: One session (session 4) was facilitated by Jane Acri, Master Trainer, (ASL interpreter provided, one session (session 5) was facilitated by only one leader fluent in ASL, and one session (session 6) was facilitated by Jane Acri (with an ASL interpreter) and

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