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The American Journal of Managed Care February 2012
Nurse-Run, Telephone-Based Outreach to Improve Lipids in People With Diabetes
Henry H. Fischer, MD; Sheri L. Eisert, PhD; Rachel M. Everhart, MS; Michael J. Durfee, MSPH; Susan L. Moore, MSPH; Stanley Soria, RN; Diana I. Stell, RN; Cecilia M. Rice-Peterson, RN, BSN; Thomas D. MacKenzie, MD, MSPH; and Raymond O. Estacio, MD
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Joshua Chodosh, MD, MSHS; Marjorie L. Pearson, PhD, MSHS; Karen I. Connor, PhD, RN, MBA; Stefanie D. Vassar, MS; Marwa Kaisey, BS; Martin L. Lee, PhD; and Barbara G. Vickrey, MD, MPH
Hospital Readmission Rates in Medicare Advantage Plans
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Early Evaluations of the Medical Home: Building on a Promising Start
Deborah Peikes, PhD; Aparajita Zutshi, PhD; Janice L. Genevro, PhD; Michael L. Parchman, MD; and David S. Meyers, MD
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Care by Cell Phone: Text Messaging for Chronic Disease Management
Henry H. Fischer, MD; Susan L. Moore, MSPH; David Ginosar, MD; Arthur J. Davidson, MD, MSPH; Cecilia M. Rice-Peterson, RN, BSN; Michael J. Durfee, MSPH; Thomas D. MacKenzie, MD, MSPH; Raymond O. Estacio, MD; and Andrew W. Steele, MD, MPH, MSc
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Katja Goetz, PhD; Tobias Freund, MD; Jochen Gensichen, MD, MA, MPH; Antje Miksch, MD; Joachim Szecsenyi, MD, MSc; and Jost Steinhaeuser, MD
EHRs in Primary Care Practices: Benefits, Challenges, and Successful Strategies
Debora Goetz Goldberg, PhD, MHA, MBA; Anton J. Kuzel, MD, MHPE; Lisa Bo Feng, MPH; Jonathan P. DeShazo, PhD, MPH; and Linda E. Love, LCSW, MA

Care by Cell Phone: Text Messaging for Chronic Disease Management

Henry H. Fischer, MD; Susan L. Moore, MSPH; David Ginosar, MD; Arthur J. Davidson, MD, MSPH; Cecilia M. Rice-Peterson, RN, BSN; Michael J. Durfee, MSPH; Thomas D. MacKenzie, MD, MSPH; Raymond O. Estacio, MD; and Andrew W. Steele, MD, MPH, MSc
Cell phone“based text messaging may be used to feasibly support chronic disease management and engagement in diabetes self-care behaviors for some patients.
Objectives: To assess the feasibility of engaging adults with diabetes in self management behaviors between clinic visits by using cell phone text messaging to provide blood sugar measurement prompts and appointment reminders.


Study Design: Quasi-experimental pilot among adult diabetic patients with cell phones who receive regular care at a federally qualified community health center in Denver, Colorado, which serves a population that is predominantly either uninsured (41%) or on Medicaid or Medicare (56%).


Methods: Patients (N = 47) received text message prompts over a 3-month period. Blood sugar readings were requested 3 times per week (Monday, Wednesday, and Friday). Reminders were sent 7, 3, and 1 day(s) before each scheduled appointment. Acknowledgments were returned for all patient-sent messages. Focus groups were conducted in English and Spanish with selected patients (n = 8).


Results: Patients of all ages were active participants. Correctly formatted responses were received for 67.3% of 1585 prompts. More than three-fourths (79%) of the cohort responded to more than 50% of their prompts. The appointment analysis was underpowered to detect significant changes in attendance. Participants reported increased social support, feelings that the program “made them accountable,” and increased awareness of health information. Two-thirds (66%) of patients provided glucose readings when prompted during the study, compared with 12% at 2 preceding clinic visits.


Conclusions: For certain patients, cell phone–based text messaging may enhance chronic disease management support and patient-provider communications beyond the clinic setting.


(Am J Manag Care. 2012;18(2):e42-e47)
Healthcare systems can better support chronic disease management by offering patients customized communication that identifies and supports patients outside the clinic visit setting.
 
  • Health information technology (HIT) can be used to provide needed support to patients for chronic disease management.
 
  • In this study, blood sugar measurement prompts and appointment reminders were provided to adult patients with diabetes through cell phone text messaging to promote engagement in self-care behaviors.
 
  • Low-cost, mobile HIT such as that used in this study may feasibly enhance regular patient-provider communications and engagement with the healthcare system for some patients.
The impact of chronic disease is substantial. An estimated 60% of deaths worldwide are thought to be caused by chronic disease,1 with 4 chronic diseases—cardiovascular disease, cancer, chronic respiratory disease, and diabetes—responsible for 29 million deaths in 2002 alone.2 The situation is no better in the United States, where 70% of deaths annually are attributable to chronic disease3 and almost 50% of the population has at least 1 chronic illness.4

Patients need to manage chronic diseases on a daily basis, yet US healthcare systems are not well structured to support self management across large patient populations.5 Both patients and providers express frustration with the standard approach to managing chronic disease through the 20-minute provider-driven clinic visit.5-7 In addition, traditionally vulnerable and medically underserved groups, which are more likely to have poorly controlled chronic illness,8 are also more likely to experience barriers in accessing healthcare, which means that chronic disease management strategies focused on only during the clinic visit present further challenges for these patients.6,7

Health information technology (HIT) has been shown to be useful in helping patients to manage chronic conditions outside the clinic setting.9-11 The combination of Web-based health informatics with case management strategies has been reported to improve blood pressure control among patients with hypertension12 and glycemic control among patients with diabetes.13,14 Cell phone–based text messaging has also been associated with improved glycemic control when used to assist with diabetes case management.15 The latter is of particular interest given that high rates of cell phone access are reported among groups in the United States that exhibit low rates of computer and Internet use,16,17 including 71% of blacks and 59% of all Latinos, both English-dominant and Spanish-dominant.18,19 Cell phone access has also been associated with knowledge of health information.20

This article describes the results of a pilot study conducted to evaluate the feasibility of utilizing low-cost, mobile HIT to support chronic disease self management between clinic visits among patients in an urban safety net setting. Cell phone text messaging was used to provide blood sugar measurement prompts and appointment reminders to adult patients with diabetes in order to promote engagement in self-care behaviors.

METHODS

The quasi-experimental pilot study was conducted among English-speaking and Spanish-speaking adult patients with diabetes who have access to cell phones and who regularly receive primary healthcare at Sam Sandos Westside Family Health Center (Westside), 1 of 8 federally qualified community health centers in the Denver Health integrated healthcare system in Denver, Colorado. Westside serves a predominantly Latino population (81%) that is largely either uninsured (41%) or on Medicaid or Medicare (56%).

The Colorado Multiple Institutional Review Board approved this study prior to enrollment and implementation activities. All English-dominant and Spanish-dominant adult patients included in the Denver Health diabetes registry were identified as potential study participants. Westside providers and clinic staff confirmed potential participants’ access to cell phones at clinic visits and referred patients to the study nurse for recruitment. All patients signed a written consent prior to participation.

A software platform, the Patient Relationship Manager (PRM), was created in partnership between Denver Health, EMC Consulting, and Microsoft Corporation to handle text messaging activities. The PRM system was designed to automatically send text messages to patients according to an established schedule, and to process text message responses received from patients for appropriate action based on established threshold values.

Participants (N = 47) received text message prompts in their choice of English or Spanish over a 3-month period. Messages requesting fasting blood sugar readings were sent to each patient at 7:15 am on Monday, Wednesday, and Friday of each week during the study period, and appointment reminder messages were sent to each patient 3 times in advance of each scheduled appointment that patient had during the study period, at 7 days, 3 days, and 1 day prior to the appointment date. Blood sugar requests included the day of the week and calendar date that the message was sent and a request for the patient to respond with his or her fasting blood sugar that day in numeric values. Appointment reminders included the time, date, and location of the upcoming appointment along with a request for patients to respond with “Y” or “N” to indicate whether or not they planned to attend the appointment. The system automatically returned an acknowledgment of receipt in response to all patient-sent messages. Examples of all message types are shown in Table 1.

Misformatted responses and fasting blood sugar values reported by patients as either above or below an established clinical range of 70 to 400 mg/dL were automatically flagged by PRM and routed to a work queue for further action. A registered nurse dedicated to the study at 0.2 full-time equivalents reviewed all flagged messages and contacted patients by telephone for follow-up assessment. The study nurse problem-solved message formatting issues with patients and presented out-of-range values to a physician champion, who helped formulate a targeted response plan to improve the patient’s glucose control (eg, by changing eating patterns or adjusting medications). The nurse also ensured that both telephone encounters and patient-reported blood sugar measurements were appropriately documented in the medical record.

Outcome measures included appointment attendance rates and patient response rates to text message prompts. A power analysis was performed using Power Analysis and Sample Size (PASS 2008) software (NCSS, Kaysville, Utah), with the significance level (alpha) targeted at .05 with greater than 90% certainty to identify the number of appointments needed to detect a significant absolute difference of 10% in preintervention and postintervention attendance rates. Clinical chart review for all study patients was undertaken for the last 2 clinic visits prior to study enrollment to assess how often patients discussed home glucose readings with their providers.

Focus groups were conducted with patients in order to assess satisfaction with the HIT intervention program by soliciting feedback on the experience and recommendations for future improvement. Two focus groups were held, 1 conducted in English and 1 in Spanish with the aid of an experienced medical interpreter. Both group sessions were audio recorded. Recordings were supplemented with written notes taken by the group facilitator. Focus group data were obtained through inductive analysis of the audio recordings and written notes. Emergent themes and patterns among patients’ remarks were identified and synthesized into a summary report.

RESULTS

Demographics of both study participants and the overall population of Westside patients with diabetes are presented in Table 2. Patients of all ages were active participants in the program,with the majority of participants aged 40 to 49 years (n = 14), 50 to 59 years (n = 17), and 60 to 69 years (n = 9). The intervention group was significantly younger than the clinic population, but well matched for sex and racial/ethnic background.

A total of 1585 text messages requesting a response were automatically sent to patients by the PRM system. Patients responded to prompts with a total of 1080 text messages (68.14%), of which almost all were correctly formatted (1066 messages; 98.7%). More than three-fourths (79%) of the cohort responded regularly to more than 50% of their message prompts. Home glucometer result availability was significantly improved among study participants. Two-thirds (66.4%) of study patients provided correctly formatted blood sugar values in response to medical measurement text message requests received during the study period. By contrast, chart review data for each study participant indicated that providers were able to review home glucometer readings with patients only 12% of the time during the last 2 clinic visits prior to the intervention.

Despite reminders for 69 appointments during the intervention, cancellation rates and no-show rates were 21% and 14%, respectively, and did not differ from preintervention rates. However, the power analysis indicated that a sample size of 349 appointments was needed to achieve adequate power to detect a significant difference in appointment attendance rates.

A total of 8 patients (6 female and 2 male) participated in 2 focus groups. Among these participants, 2 were aged 30 to 39 years, 2 were aged 50 to 59 years, and 4 were aged 60 to 69 years. Two participants were Spanish dominant and the remaining 6 participants were English dominant. Half of the focus group participants were white, and 37.5% were Latino. Participants’ comfort level with program technology, perception of and satisfaction with the intervention program (including message type and frequency), and the perceived impact of the program on diabetes self management were explored as major domains in group discussions.

Participants’ Comfort With Technology

All 8 participants reported comfort with the process of text messaging, both in sending and receiving messages. Three participants identified text messaging as a means they already used for communicating with their children. One participant with vision impairment involved other family members to assist with reading and replying to messages. Three participants expressed a preference for text messaging over other computer-based communications such as e-mail.

Participants’ Satisfaction With the Program

All 8 participants viewed the text message program favorably, expressing both a liking for it and a desire for it to continue, along with a willingness to recommend it to others. The program was perceived as having expanded participants’ communication and engagement with the healthcare system; half of the participants remarked on feeling that their providers were “more connected” or otherwise aware of what was going on with them. Financial costs associated with text messaging were perceived by participants to be negligible; all participants reported having unlimited text messaging plans. Five participants indicated that they would be willing to pay for program messages even if they did not have unlimited plans.

All participants found the frequency of text messaging during the study period to be acceptable. Half of the participants expressed interest in receiving daily messages, while the other half were content with receiving messages according to the current schedule. No one wanted to receive messages less often. Four participants expressed specific appreciation for being able to respond to messages throughout the day on which they were requested, according to the patient’s own time frame and personal schedule. Six participants noted that they also liked the acknowledgment from the system that their responses had been received. Although all participants received self-management support messages, not all received appointment reminders. Two who did expressed appreciation for them, and the others indicated interest in receiving them.

Program Impact on Diabetes Self Management

 
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