The overall goal of this project is to develop and to preliminarily validate a novel intervention to be delivered in the high school setting that integrates two evidence-based, school-based interventions for urban adolescents with proven efficacy: (1) Asthma Self-Management for Adolescents (ASMA), an intervention for adolescents with uncontrolled asthma and (2) the Sleep-Smart Program (Sleep-Smart), which focuses on sleep hygiene and behaviors in urban adolescents. The aim for Phase I is to develop and integrate school-based interventions to improve asthma self-management and sleep hygiene in urban high school students via interviews. The aims for Phase II are: (1) to evaluate the feasibility and acceptability of the intervention procedures; and (2) to assess the preliminary evidence of the effects of the intervention on improving sleep quality in urban high school students with persistent asthma over a 2-month follow-up period. This record is for Phase II only.
Sleep quality among adolescents is poor and asthma's impact is significant among adolescents. Asthma control is an important risk factor for poor sleep. In addition, poor asthma control, poor sleep hygiene, and poor sleep quality are more likely in urban settings. Interventions to promote sleep quality by targeting both asthma control and sleep hygiene in this vulnerable population are lacking. We developed a novel intervention -- Managing Asthma and Sleep in Teenagers (MAST) -- and in this phase of the study will evaluate the intervention's feasibility and acceptability and assess the preliminary evidence of intervention effects on improving sleep quality in urban high school students in NYC and Providence, RI. This study is a multi-site trial and collaboration between Columbia University Medical Center and Rhode Island Hospital (RIH). The investigators hypothesize that: (1) The intervention will be feasible and acceptable as evidenced by adolescents' high rates of adherence to the treatment protocol, and their high satisfaction ratings and positive responses to exit interviews; and (2) relative to controls, over 2-months post-intervention adolescents randomized to the intervention will have significant improvement on the following outcomes assessing sleep quality: (1) sleep efficiency; (2) night awakenings; and (3) sleep duration. If hypotheses are supported, the investigators will explore whether treatment effects on sleep quality outcomes are mediated through changes in asthma self-management (e.g., confidence to care for asthma, steps taken to prevent the onset of symptoms, taking controller medication), and changes in sleep hygiene and behaviors (e.g., consistent bedtime and wake time, consistent sleep location, fewer sleep distractions in child's bedroom, decreased caffeine use). The investigators will also compare MAST to the evidence-based intervention -- Asthma Self-Management for Adolescents (ASMA) -- to explore if whether an asthma intervention integrated with sleep hygiene components enhances sleep quality above and beyond a behavioral, guideline-based asthma intervention. To test how well MAST works, a pilot randomized controlled trial (RCT) with 84 urban adolescents (42 = NYC; 42 = RI) with persistent asthma and whose typical sleep duration is at/below what is recommended for this age group. Students will be recruited from high schools in New York City and in Greater Providence, RI, two areas of high asthma prevalence for urban adolescents. Students within schools will be randomized to one of three study arms: (1) MAST -- the new intervention consisting of both asthma and sleep hygiene components; (2) the original ASMA program; and (3) an informational and referral control group. The investigators will follow students for two months post-intervention and explore differences in feasibility, acceptability, and preliminary intervention effects by site. Following consent, students and their parents/caregivers will complete baseline interviews, and will be randomized into one of the three study conditions. The investigators will deliver the intervention to the students at their respective schools, and will interview students and their parents/caregivers when the intervention ends and two months later. At each assessment, to assess sleep objectively, students will be asked to wear actigraph watches (Model AW2; Mini Mittler) for 2 weeks. During this two week period, they will also complete asthma and sleep logs where they record on a daily basis if they had asthma symptoms, took asthma medication, had asthma-related limitations, and information about their sleep; these logs are completed in the morning and the evening and should take less than 5 minutes each time to complete.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
SINGLE
Enrollment
63
This behavioral intervention will teach teenagers asthma self-care strategies and sleep hygiene.
This behavioral intervention focuses only on asthma care.
Students learn basic information about asthma and sleep, as well as other health topics relevant to teenagers.
Columbia University
New York, New York, United States
Rhode Island Hospital
Providence, Rhode Island, United States
Change in Sleep Quality score
Sleep efficiency will be calculated from data obtain from actigraphs (Model AW2; Mini Mittler) that the teenagers will wear for 2 weeks at each point.
Time frame: Baseline, immediate post-intervention and 2-months post-intervention
Change in Asthma Control score
We will use the Asthma Control Test, is a 5-item instrument validated for those 12 and older. Respondents indicate on a five-point scale how often in the past 4 weeks they had symptoms, had activity restrictions, used rescue medication; they also rate their perceived asthma control. Scores range from 5 to 25, with higher scores reflecting greater asthma control. An ACT score of 19 or more indicate well-controlled asthma.. Students will also report using a two-week recall of (a) # of days with symptoms, (b) # of nights woken wakening with symptoms, and (c) how bothered they were by the symptoms. We will also assess symptom severity using Whalgren's asthma symptom scale which rates asthma symptoms during the last 2 weeks on a 5 point scale where 0=none and 4=severe.
Time frame: Baseline, immediate post-intervention and 2-months post-intervention
Change in Asthma Management Skill - Symptom Prevention Total Score
We have adapted asthma self-management indices for adolescents developed and used in prior research by our team. These indices assess three categories of management behaviors: (1) symptom prevention; (2) attack management; and (3) self-efficacy in managing asthma. In our middle school study Cronbach's α was 0.67, 0.70, and 0.84 for symptom prevention, attack management, and asthma management self-efficacy, respectively, as reported by students. These scales are treatment sensitive (i.e., detect change in self-care following participation in an intervention). The symptom prevention scale can be used to calculate 2 scores, with one being the Symptom Prevention Total Score ranges from 0 - 27 with higher scores indicating that the teenager takes more steps to prevent symptoms, and does so more regularly.
Time frame: Baseline, immediate post-intervention and 2-months post-intervention
Change in Asthma Management Skill - Symptom Prevention Steps
We have adapted asthma self-management indices for adolescents developed and used in prior research by our team. These indices assess three categories of management behaviors: (1) symptom prevention; (2) attack management; and (3) self-efficacy in managing asthma. In our middle school study Cronbach's α was 0.67, 0.70, and 0.84 for symptom prevention, attack management, and asthma management self-efficacy, respectively, as reported by students. These scales are treatment sensitive (i.e., detect change in self-care following participation in an intervention). The symptom prevention scale can be used to calculate 2 scores, with one being the Symptom Prevention Steps ranges from 0 - 9 with higher scores indicating that the teenager takes more steps to prevent the onset of symptoms
Time frame: Baseline, immediate post-intervention and 2-months post-intervention
Change in Asthma Management Skill - Attack Management score
We have adapted asthma self-management indices for adolescents developed and used in prior research by our team. These indices assess three categories of management behaviors: (1) symptom prevention; (2) attack management; and (3) self-efficacy in managing asthma. In our middle school study Cronbach's α was 0.67, 0.70, and 0.84 for symptom prevention, attack management, and asthma management self-efficacy, respectively, as reported by students. These scales are treatment sensitive (i.e., detect change in self-care following participation in an intervention). The Attack Management Score ranges from 0 - 7 with higher scores indicating more steps taken to manage existing symptoms
Time frame: Baseline, immediate post-intervention and 2-months post-intervention
Change in Asthma Management Skill - Self-efficacy Score
We have adapted asthma self-management indices for adolescents developed and used in prior research by our team. These indices assess three categories of management behaviors: (1) symptom prevention; (2) attack management; and (3) self-efficacy in managing asthma. In our middle school study Cronbach's α was 0.67, 0.70, and 0.84 for symptom prevention, attack management, and asthma management self-efficacy, respectively, as reported by students. These scales are treatment sensitive (i.e., detect change in self-care following participation in an intervention). For the self-efficacy score, the mean of 14 items is calculated with scores ranging from 1 to 6 with higher scores indicated more self-efficacy to care for asthma.
Time frame: Baseline, immediate post-intervention and 2-months post-intervention
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