Chronic Obstructive Pulmonary Diseases:Journal of the COPD Foundation

Running Head: Patient Use of Internet for Disease Information

Funding Support: This study was supported by a grant from Sunovion Pharmaceuticals LLC to the CHEST Foundation.

Date of Acceptance: January 8, 2018

Abbreviations: chronic obstructive pulmonary disease, COPD; American Lung Association, ALA; modified Medical Research Council, mMRC; 6-minute walk test, 6MWT; standard deviation, SD; nurse practitioner, NP; physician’s assistant, PA; respiratory therapist, RT; pharmaceutical, Rx; electronic medical record, EMR; health care provider, HCP; degrees of freedom, df

Citation: Mahler DA, Cerasoli F, Della L, Rudzinski M. Internet health behaviors of patients with chronic obstructive pulmonary disease and assessment of two disease websites. Chronic Obstr Pulm Dis. 2018; 5(3): 158-166. doi: http://doi.org/10.15326/jcopdf.5.3.2017.0173

Online Supplemental Material: Read Online Supplemental Material (2049KB)

Introduction

The internet is an increasingly important source of health information for the public. However, little information is known about patients’ perspectives on disease-specific online education materials.1-4 This is an important consideration if the goal of a website is to provide high quality and practical health information. Knowledge about a medical condition has the potential to empower patients to participate in collaborative self-management to improve health outcomes.5 Health care professionals should be aware of both disease content on the internet as well as patients’ perspectives of this information in order to recommend specific websites to complement health care discussions.

Two previous reports have characterized the use of internet-based educational materials by patients with chronic obstructive pulmonary disease (COPD).6,7 In 2014, Martinez and colleagues6 described internet access and use in a 2007-08 convenience sample of 12,694 patients with COPD. The survey was completed by 914 individuals (7.2% completion).6 More frequent use of the internet (at least weekly) was associated with younger age, while some respondents expressed dissatisfaction with care based on insufficient time with the physician.6 In 2015, Delgado and colleagues7 described use of the internet to obtain health information among 382 patients with COPD living in Brazil. The 17-item paper survey was distributed among different socioeconomic levels of the Brazilian population. Internet use was statistically associated with having a computer, a low level of dyspnea, and high socioeconomic status.7 These surveys are important, but incomplete, in understanding why patients seek online information and what topics are of interest.

The purpose of this research was to gain insight into how patients with COPD perceive web-based health information. The 3 objectives were to: (1)determine behaviors of patients with COPD in use of the internet to learn about their disease; (2)assess the perspectives of patients with COPD about disease content on 2 educational websites – those sponsored by the American Lung Association (ALA) and the COPD Foundation; and (3)determine whether patient characteristics, such as older age, severity of breathlessness on the modified Medical Research Council (mMRC),8 and number of exacerbations in the past year affected internet health behaviors and assessment of COPD educational websites. Both symptoms and exacerbation history are discriminative variables recommended for assessment of patients with COPD in the 2017 report of the Global Initiative for Chronic Obstructive Lung Disease.9

Methods

This study is an investigator-initiated proposal to the CHEST Foundation to perform a survey of patients with COPD about their use of the internet to obtain disease-specific health information. The CHEST Foundation obtained funding from Sunovion Pharmaceuticals LLC and contracted with Rockpile Strategies LLC for survey development, implementation, and analyses. The online survey was conducted in accordance with the amended Declaration of Helsinki and was exempt from Institutional Review Board approval according to category 2 of 45 CFR 46.101(b) of the American Association of Public Opinion Research.10 By completing the survey, respondents gave consent to allow their responses to be used for research purposes. The investigators had complete autonomy for all aspects of the study including decision on submission.

Survey

All items of the survey were developed by the authors who have expertise in market research and COPD. After one of the authors (MR) created the initial draft of the survey, it was sent electronically to 2 coinvestigators (DAM and FC) for review. Then, a conference call was convened for review and discussion of each item. Based on the discussion, additional items were added such as participant ratings of breathlessness on the mMRC scale8 and number of exacerbations experienced in the past year as recommended for categorizing patients with COPD.9 Additional changes were also made, and the survey was again reviewed independently by the 3 investigators. A second conference call was held for further review of each item with minor final changes made. The complete survey is provided in the online supplement. Using the Flesch-Kinkaid Grade Level readability test, the survey was scored as 8.4, which translates into an 8th grade reading level.

Part 1 (33 items) included screening criteria, patient demographics, ratings of breathlessness on the mMRC scale8 and number of exacerbations experienced in the past year, general use of the internet, online health behaviors, and the types of information sought about COPD. Part 2 included 3 screenshots for each of 2 websites. This approach was used to provide standardized information for assessment by respondents. After viewing the screenshots for each website, respondents answered 19 items and provided an overall rating of that website as well as general comments (2 items). The entire survey was designed to be completed within 25 minutes. Data were collected from December 2-18, 2016.

Respondents

Individuals who had registered for the consumer panel of Research Now, an online market research company, were contacted electronically to invite participation.11 Inclusion criteria were: 50 – 80 years of age; living in the United States; a COPD diagnosis by a health care provider; and previous use of a computer to search the internet for health information. An exclusion criterion was currently working for a health care entity. Those who completed the survey received “e-rewards” used to purchase e-gift cards from business partners.11 The estimated value for completion of this survey was $2.00.

Website Selection

After review of major COPD educational websites,1 the authors selected those sponsored by the ALA (www.lung.org)12 and the COPD Foundation (www.copdfoundation.org)13 for assessment. These websites were selected as being sponsored by prominent organizations that include specific educational materials directed to individuals with COPD that could be compared by respondents.

The mission of the ALA is “to save lives by improving lung health and preventing lung disease.”12 Information about COPD is listed as one of 6 topics under the heading “Lung Health and Disease” on the website. Additional clicks are required to view specific aspects of COPD (e.g., learn about COPD; symptoms, causes, and risk factors; diagnosing and treating COPD; and living with COPD).

The COPD Foundation was established “to undertake initiatives that result in expanded services for COPD and to improve the lives of individuals affected by COPD.”13 Education, advocacy, and research are major objectives of the organization. The website has headings for patients, caregivers, family and friends, and medical professionals to learn about COPD. The website features an interactive online community called “COPD360Social” that allows viewers to learn about events in their area, participate in research, and chat with experts.13

Details of website presentation and evaluation are provided in Table 1. The order of presentation of the 2 websites was alternated to eliminate order bias. After rating each website, respondents were able to provide open-ended comments about each website.

JCOPDF-2017-0173-Table1

Statistical Analysis

Results of competed surveys are presented based on recommendations for reporting web-based surveys.14 Demographic data are presented as mean±standard deviation (SD). Comparisons were performed based on participants’ age (< 65 versus ≥ 65 years) as well as mMRC scale score (0 – 1 versus ≥ 2) and number of exacerbations of COPD by self-report in the past year (0 – 1 versus > 2) as outcomes recommended by the Global Initiative for Obstructive Lung Disease.9 Data were analyzed using StatPac Software version 16 (Bloomington, Minnesota). Depending on the type of data, a 2-tailed independent t-test or a chi-square test were used. To compare respondents’ ratings of the 2 websites, paired t-tests were performed after adjusting for multiple comparisons using a Bonferroni adjustment.

Results

Of the 1070 respondents who began the survey, 33 were disqualified because they did not meet the age criterion, and 418 were excluded because they had not searched the internet for health information. Of the remainder, 445 respondents answered all items on the survey, resulting in a completion rate of 72%. The 263 females (59%) and 182 males (41%) were 65±7 years of age and completed the survey in 23±13 min.

Respondent demographics are described in Table 2. Labored breathing when performing physical activities was the most frequently reported symptom (72%). The majority of respondents had an mMRC score of 0 – 1 (59%) and had experienced 0-1 exacerbation in the past year (54%).

JCOPDF-2017-0173-Table2

Internet Use

Figure 1 shows the frequency of respondents using the internet to search for general health information. Internet use “several times a day” was significantly greater in participants < 65 years of age (59% versus 50%; z=1.98, p < 0.05).

JCOPDF-2017-0173-Figure1

COPD Health Information Behaviors and Priorities

Figure 2 shows the type of information about COPD sought by respondents on the internet. A greater percentage of those with more frequent exacerbations sought specific information about COPD (64% versus 48%; z=3.38, p < 0.05) and reviews of different treatments (53% versus 41%; z=2.52, p < 0.05). The top 3 information priorities sought by respondents were “symptom control” (82%), “how COPD is affecting my body” (60%), and “treatments that might work better for me” (59%). A greater percentage of those with ≥ 2 exacerbations in the past year were interested in COPD symptom control (88% versus 77%; z=3.01, p < 0.05), different treatment options (66% versus 53%; z=2.77, p < 0.05), and reducing the frequency of exacerbations (67% versus 29%; z=7.99, p < 0.05) compared with those who reported 0 – 1 exacerbation in the past year. Respondents with mMRC ≥ 2 reported a high interest in information on treatment options (67% versus 54%; z=2.75, p < 0.05) and reducing exacerbations (60% versus 37%; z=4.79, p < 0.05) compared with those who had less breathlessness.

JCOPDF-2017-0173-Figure2

Sources of Information about COPD

Sources of information about COPD used by the respondents are shown in Figure 3. When combining responses “sometimes” and “frequently,” 95% of respondents reported that physicians were their primary source of information about COPD followed by searches of the internet (76%). Almost one-third (32%) indicated that they brought information from the internet with them to an office visit “sometimes” or “most/all of the time” for discussion (Table 3).

JCOPDF-2017-0173-Figure3

JCOPDF-2017-0173-Table3

Assessment of COPD Websites

Respondents’ ratings of overall reaction to the websites were: 7.4±1.5 for the ALA and 6.8±1.8 for the COPD Foundation. Ratings were higher for information on the ALA website compared with the COPD Foundation website for the 5 impression attributes and for 8 of 9 content attributes (Table 4 and online supplement figures 1 and 2). Age, mMRC score, and exacerbation frequency did not differentiate respondents’ overall ratings of the 2 websites (p > 0.05 for all comparisons).

JCOPDF-2017-0173-Table4

Respondents provided the following most frequent reasons for their ratings of each website: for the ALA – good general review (41%), generic information (21%), and organized and easy to navigate (17%); for the COPD Foundation – lots of information covering COPD (31%), too general for newly diagnosed patients (16%), and liked the question and answer format with other patients (13%).

Discussion

The major findings of this online survey completed by 445 respondents with COPD were: (1)physicians were the primary source of information about the disease followed by internet searches about COPD; (2)COPD health searches focused on 2 areas – specific information about COPD and treatments for the disease; (3)priorities about disease information, in rank order, were “symptom control,” “how COPD affects my body,” and “treatments that might work for me;” and (4)most attributes were rated higher for the ALA website compared with the COPD Foundation website.

Although the respondents were self-selected, their general characteristics appear representative of the heterogeneous COPD population based on age, gender (slightly more females), geographical residence (slightly more live in southern United States), most frequently reported symptom (“labored breathing”), severity of shortness of breath, and number of exacerbations in the past year (Table 2). However, our respondents had 2 unique features. All were required to have previously searched the internet for health information in order to complete the online survey. The respondents were generally well educated as 99% graduated from high school and 41% graduated from college. We believe that their overall education level was more than adequate to understand and answer survey items written at an 8th grade reading level.

Ninety-five percent of our respondents reported that they rely heavily on their physician as their primary source of information about COPD. However, as many health care systems have placed greater demands on health care professionals, available time for discussions in the office may be limited. In 2010, the National Ambulatory Medical Survey reported that physicians spent an average of 20.8 minutes for outpatient visits.15 Many follow-up office appointments are scheduled for 15 minutes regardless of the complexity and comorbidities of the individual patient. As a result, patients are increasingly using the internet for health inquiries. In 2013, the Pew Research Center found that 72% of adult internet users in the United States sought online health information within the past year.16 Similarly, 76% of our respondents indicated that they performed internet searches about COPD, which was the second most frequent approach to learning about their disease.

Previous surveys of patients with COPD have queried respondents about their symptoms, quality of life, as well as other aspects of the disease.6,7,17-20 Three of these surveys illustrate that gaps exist between perceptions of patients with COPD and physicians about the effects of the disease on daily life.18-20 Of note, patients’ responses to surveys may offer more accurate information as Celli and colleagues20 found that the majority of 334 patients with COPD stated that they were not completely frank with their physicians during visits. Although 2 studies have assessed internet search behaviors among COPD patients,6,7 to our knowledge this report is the first to describe priorities about their disease among respondents. One strength of our survey findings is the 72% completion rate compared with much lower rates (7%-29 %) observed in other surveys of individuals with COPD.6,20

Our study describes, for the first time, patients’ assessments of website information about a respiratory disease. Patients rated content of both websites as “good” with mean overall ratings of approximately 7 out of 10. These scores suggest that there is an opportunity to improve online materials to achieve higher patients’ ratings. Assessments of specific features indicate that respondents provided higher ratings for all 5 impression attributes and for 8 of 9 content attributes on the ALA website compared with the COPD Foundation website (Table 4). These differences highlight preferences by respondents for COPD health information and how it is delivered. Interestingly, patients’ age, level of breathlessness on the mMRC, and history of exacerbations did not affect patients’ ratings of website attributes. Whether other factors such as socioeconomic status, occupation, or severity of disease are associated with patients’ preferences requires further investigation.

In evaluating the reasons provided by respondents for their ratings of the websites, we were impressed with the heterogeneity of comments. The following statements summarize comments by respondents to the last 2 items on the survey: (1)the ALA website successfully blended content with visual appeal along with links to other resources; and (2)the COPD Foundation website provided content geared for newly diagnosed patients and offered a supportive community for all COPD patients. While many individuals liked the social platform and opportunity to interact with other patients on the COPD Foundation website, others were less interested in engaging socially and preferred authoritative guidance about the disease. These general responses illustrate that multiple educational approaches are important in order to provide both interesting and informative content about COPD on the internet. Identifying characteristics of respondents who preferred specific types of website content and opportunities to interact is an area of future research.

The study has several limitations. First, our respondents were self-selected which may introduce bias. Certainly, our findings may not be applicable to other patients with COPD as respondents were required to have used a computer to search the internet for health information. Because patients with COPD may not have experience using a computer, printed materials and/or videos will remain important tools to learn about their disease. Second, respondents viewed 3 screenshots of each website which reflects only a sample of available information. However, we attempted to provide representative screens highlighting differentiating features of each website. This approach provided standardized information for viewing and assessment. Third, we did not assess ease in navigating each website which is an important consideration for using the internet. The only action available to respondents was the ability to scroll up or down on each screenshot to view additional information. Fourth, we included only 2 websites for review, while we recognize that there are numerous sites that provide information about COPD. However, we selected websites of 2 prominent and widely recognized organizations that provide specific information about COPD. Inclusion of additional websites would have extended the survey time and may possibly have affected the favorable completion rate.

Conclusions

This report details, for the first time, how patients with COPD use the internet to obtain health information and their assessment of disease content on 2 COPD educational websites. Medical information on the internet is used increasingly by patients and family members to learn about their health concerns. As websites offer a marketplace of online medical information, consumers will determine by their viewing experiences which sites are user-friendly and provide value. Greater knowledge about a chronic condition, like COPD, may empower individuals to participate in collaborative self-management with the goal to achieve better outcomes.21,22 Our findings offer practical information that can be used by individuals and organizations to modify/enhance information about COPD on their websites and by health care professionals to recommend specific websites to interested patients.

Acknowledgments

All named authors meet the International Committee of Medical Journal Editors (ICMJE) criteria for authorship for this manuscript by contributing to conception, design, or data processing; drafting and critically revising the manuscript; and approving this draft for submission and accepting responsibility for the contents within. Financial support for the study was provided by Sunovion Pharmaceuticals LLC to the CHEST Foundation.

Declaration of Interest

Donald A. Mahler has participated in Advisory Boards for AstraZeneca, Boehringer Ingelheim, GlaxoSmithKline, Mylan, Novartis, Sunovion, and Theravance. He is on the speakers’ bureau for Boehringer Ingelheim, Grifols, and Sunovion. He has received royalties from Hillcrest Media for COPD: Answers to Your Question, 2015; CRC Press for Dyspnea: Mechanisms, Measurement, and Management, 3rd edition, 2014, and MAPI Research Trust and pharmaceutical companies for use of the baseline and transition dyspnea indexes. Frank Cerasoli is an employee of Medical Dynamics, New York, New York. Lindsay Della is an employee of University of Louisville, Louisville, Kentucky. Mark Rudzinski is principal of Rockpile Strategies LLC, LaGrange, Illinois.

Online Supplement

Click here to view the online supplement.

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  • Internet Health Behaviors of Patients with Chronic Obstructive Pulmonary Disease and Assessment of Two Disease Websites
  • Internet Health Behaviors of Patients with Chronic Obstructive Pulmonary Disease and Assessment of Two Disease Websites
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  • Internet Health Behaviors of Patients with Chronic Obstructive Pulmonary Disease and Assessment of Two Disease Websites
  • Internet Health Behaviors of Patients with Chronic Obstructive Pulmonary Disease and Assessment of Two Disease Websites
  • Internet Health Behaviors of Patients with Chronic Obstructive Pulmonary Disease and Assessment of Two Disease Websites

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