Difficulty falling asleep, staying asleep or poor quality sleep (insomnia) is common in people with chronic obstructive pulmonary disease. Insomnia is related to greater mortality, with four times the risk of mortality for sleep times \< 300 minutes. Insomnia is also related to greater morbidity, with 75% greater health care costs than people without insomnia. However, insomnia medications are used with caution in COPD due to potential adverse effects. Common features of COPD such as dyspnea, chronic inflammation, anxiety and depression also affect insomnia and can interfere with therapy outcomes. While cognitive behavioral therapy for insomnia (CBT-I), a therapy that provides guidance on changing unhelpful sleep-related beliefs and behavior, is effective for people with primary insomnia and people with other chronic illnesses, the efficacy and mechanisms of action of such a therapy are yet unclear in people with both insomnia and COPD. The objective in this application is to rigorously test efficacy of two components of insomnia therapy - CBT-I and COPD education (COPD-ED) - in people with coexisting insomnia and COPD, and to identify mechanisms responsible for therapy outcomes. The central hypothesis is that both CBT-I and COPD-ED will have positive, lasting effects on objectively and subjectively measured insomnia and fatigue. The rationale for the proposed study is that once the efficacy and mechanisms of CBT-I and COPD-ED are known, new and innovative approaches for insomnia coexisting with COPD can be developed, thereby leading to longer, higher quality and more productive lives for people with COPD, and reduced societal cost due to the effects of insomnia. The investigators plan to test our central hypothesis by completing a randomized controlled comparison of CBT-I, COPD-ED and non-COPD, non-sleep health education attention control (AC) using a highly efficient 4-group design. Arm 1 comprises 6 weekly sessions of CBT-I+AC; Arm 2=6 sessions of COPD-ED+AC; Arm 3=CBT-I+COPD-ED; and Arm 4=AC. This design will allow completion of the following Specific Aims: 1. Determine the efficacy of individual treatment components, CBT-I and COPD-ED, on insomnia and fatigue. 2. Define mechanistic contributors to the outcomes after CBT-I and COPD-ED. The research proposed in this application is innovative because it represents a new and substantive departure from the usual insomnia therapy, namely by testing traditional CBT-I with education to enhance outcomes.
The investigators plan to test our central hypothesis by completing a randomized controlled comparison of CBT-I, COPD-ED and non-COPD, non-sleep health education attention control (AC) using a highly efficient 4-group design. Arm 1 comprises 6 weekly sessions of CBT-I+AC; Arm 2=6 sessions of COPD-ED+AC; Arm 3=CBT-I+COPD-ED; and Arm 4=AC. This design will allow completion of the following Specific Aims: 1. Determine the efficacy of individual treatment components, CBT-I and COPD-ED, on insomnia and fatigue. 2. Define mechanistic contributors to the outcomes after CBT-I and COPD-ED.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
SINGLE
Enrollment
109
Six weekly sessions of cognitive behavioral therapy for insomnia
Six weekly sessions of COPD education
Six weekly sessions of non-sleep, non-COPD health education
University of Illinois at Chicago
Chicago, Illinois, United States
Insomnia
Change in the level of insomnia will be assessed using actigraphy and the Sleep Impairment Index questionnaire.
Time frame: Up to 18 weeks
Fatigue
Change in the level of fatigue will be assessed using the Chronic Respiratory Disease Questionnaire Fatigue scale and the PROMIS Fatigue scale.
Time frame: Up to 18 weeks
Beliefs about sleep
Change in beliefs about sleep will be measured using the DBAS questionnaire
Time frame: Up to 18 weeks
Sleep habits
Change in sleep habits will be measured using a Sleep Diary and Actigraphy
Time frame: Up to 18 weeks
Self-efficacy for sleep
Change in self-efficacy for sleep will be measured using the Self-efficacy for Sleep Scale
Time frame: Up to 18 weeks
Self-efficacy for COPD management
Change in self-efficacy for COPD management will be measured using the Self-efficacy for COPD scale.
Time frame: Up to 18 weeks
Emotional arousal
Change in emotional arousal will be measured using the PROMIS anxiety and depression scales
Time frame: Up to 18 weeks
Inflammation
Change in inflammation will be measured using C-reactive protein.
Time frame: 6 weeks
Pulmonary function
Change in pulmonary function will be measured using pulmonary function tests.
Time frame: 6 weeks
Daytime functioning
Change in daytime functioning will be measured using actigraphy, the Chronic Respiratory Disease Questionnaire Dyspnea Scale and the PROMIS Physical Functioning Scale.
Time frame: Up to 18 weeks
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