The primary objective of this study is to test the feasibility and efficacy of Internet-delivered Cognitive Behavioral Therapy (CBT) for adolescents (13 - 17 years) with sleep problems (ICBT-I). All participants will receive ICBT-I for six weeks. The investigators will also evaluate the effect of the intervention on comorbid psychiatric symptoms and function.
PARTICIPANT RECRUITMENT: For recruitment, this pilot trial will be advertised at child and adolescent mental health services and primary care clinics, as well as through newspapers. The inclusion procedure will be carried out in two steps: 1) telephone interview and 2) face-to-face assessment. Telephone interview: An initial telephone interview will be conducted with the adolescent/parent in order to broadly assess inclusion and exclusion criteria. Face-to-face baseline diagnostic assessment: After the telephone screening, the adolescent along with his/her parents, are invited to a face-to-face assessment at the Child and Adolescent Mental Health clinic, including the diagnostic screening interview MINI-KID conducted with adolescents and parents jointly. Insomnia diagnoses will be established using DSM-IV criteria and levels of insomnia symptoms will be determined using ISI-a. If the ISI-a score is \>10, the family will be invited to participate in the study, provided that the other inclusion criteria are fulfilled and no exclusion criteria prohibit participation. Following face-to-face assessment, participants will be provided with an information sheet and consent form. DATA COLLECTION: Baseline self-report measures: Participants included in the study after the face-to-face diagnostic assessment are asked to fill in self-report measures on the internet, provided via personal login and password. Participants will aslo be asked to fill in a sleep-wake diary and to wear an actigraph during seven consecutive days/nights. Self-rating assessments during intervention: ISI-a is administered to adolescents every week during treatment. Study participants are in regular contact (on a weekly basis) with experienced clinicians during the ICBT-I treatment. Clinicians that suspect any kind of adverse event during the assessment or treatment process will contact the parent via telephone as a first step of assessing the severity of the incident. Adverse events in this context are defined as an actual or potential situation that threatens the patient's well-being, e.g., suicide risk or an acute increase of symptoms. In the case of an adverse event, the clinician informs the study coordinator (LÅ) for a discussion of adequate action taking. If a continuation of the ICBT treatment is considered inappropriate with regard to the participants' best interest and well-being, the participant will be excluded from the study and parents/adolescents will be provided with proper referral information. Any adverse event will be reported in the planned publication of the pilot study. Outcome measure reliability procedures: To ensure the reliability of the assessments conducted by study clinicians, all assessors will be trained by experienced instructors in the diagnostic screening instrument MINI-KID. All therapists that participate in the study will also be continuously trained in MINI-KID interviewing, assessment and diagnosing. Post-treatment and follow-up measurement: Post-treatment measurement with actigraphy, sleep-wake diary and self-report measures will be conducted immediately after treatment (6 weeks after baseline). A follow-up measurement will be performed 6 months after treatment termination. Referral of non-responders After the 6-month follow-up, all non-responders (defined as those participants who have not improved to a clinically meaningful degree according to ISI-a) will be referred to their local child-and adolescent psychiatric clinic for further treatment. Statistical Analyses Outcomes will be described as significant changes in objective and subjective sleep and in clinician and self-rated measures of insomnia symptoms and comorbid symptoms, within-group effect sizes (Cohen's d), clinically significant improvement rates and remission rates. Analyses will involve t-tests as well as linear mixed-effects modeling. Randomness of missing data will be analyzed with logistic regression. Depending on the amount of missing data, multiple imputations will be employed to compensate for missing values.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
TREATMENT
Masking
NONE
Enrollment
27
Cognitive-behavioral therapy for insomnia
BUP KFE
Stockholm, Sweden
Change in insomnia symptom severity
Insomnia Severity Index- adolescent version ISI is a seven-item measure that yields a quantitative index of sleep impairment and treatment outcome. Total scores range from 0 to 28, with higher scores indicating greater perceived insomnia severity. The instrument has been adapted to teenagers, ISI-a, and validated on Swedish teenagers.
Time frame: Change from before treatment to after (+6 weeks) and to 6 month after treatment
Change in subjective total sleep time
Measured with Sleep Wake Diary (SWD). The SWD is a subjective measure of participants' sleeping and waking times, from which total sleep time expressed in minutes is derived.
Time frame: Change from before treatment to after (+6 weeks) and to 6 month after treatment
Change in subjective sleep onset latency
Measured with Sleep Wake Diary (SWD). The SWD is a subjective measure of participants' sleeping and waking times from which latency until falling asleep, expressed in minutes, is obtained.
Time frame: Change from before treatment to after (+6 weeks) and to 6 month after treatment
Change in subjective wake after sleep onset
Measured with Sleep Wake Diary (SWD). The SWD is a subjective measure of participants' sleeping and waking times in which time awake expressed in minutes after sleep onset is obtained.
Time frame: Change from before treatment to after (+6 weeks) and to 6 month after treatment
Change in subjective sleep efficiency
Measured with Sleep Wake Diary (SWD). The SWD is a subjective measure of participants' sleeping and waking times, from which sleep efficency is computed as the quota between time sleeping/time spent in bed, expressed in percentage. A higher percentage denotes longer time asleep.
Time frame: Change from before treatment to after (+6 weeks) and to 6 month after treatment
Change in objective sleep total sleep time
Measured with wrist worn actigraph units. The actigraph unit will be worn during 7 consecutive days/nights at all three measurement occasion, from which total sleep time expressed in minutes is obtained.
Time frame: Change from before treatment to after (+6 weeks) and to 6 month after treatment
Change in objective sleep onset latency
Measured with wrist worn actigraph units. The actigraph unit will be worn during 7 consecutive days/nights at all three measurement occasions, from which time in minutes before falling asleep is obtained.
Time frame: Change from before treatment to after (+6 weeks) and to 6 month after treatment
Change in objective wake after sleep onset
Measured with wrist worn actigraph units. The actigraph unit will be worn during 7 consecutive days/nights at all three measurement occasions from which time being awake after sleep onset is obtained.
Time frame: Change from before treatment to after (+6 weeks) and to 6 month after treatment
Change in objective sleep efficiency
Measured with wrist worn actigraph units. The actigraph unit will be worn during 7 consecutive days/nights at all three measurement occasions, from which sleep efficency is computed as the quota between time sleeping/time spent in bed, expressed in percentage. A higher percentage denotes longer time asleep.
Time frame: Change from before treatment to after (+6 weeks) and to 6 month after treatment
Change in symptoms of insomnia
Measured with Athens Insomnia Scale (AIS), a self-administered questionnaire consisting of eight items to measure symptoms of insomnia. Total scores range from 0 to 24. Higher scores indicate that responders more severe insomnia symptoms.
Time frame: Change from before treatment to after (+6 weeks) and to 6 month after treatment
Change in symptoms of depression
Measured with Center for Epidemiological Studies Depression Scale for Children (CES-DC). CES-DS is a 20-item self-report depression inventory that is widely used in research and has been validated on children and adolescents. Scores range from 0 to 60, in which higher scores suggest a greater presence of depressive symptoms.
Time frame: Change from before treatment to after (+6 weeks) and to 6 month after treatment
Change in symptoms of depression 2
Revised Children's Anxiety and Depression Scale Child and Parent version (RCADS-C/P). RCADS-C/P is a child and parent self-report measure of anxiety and depression related psychopathology. The 48 items of the RCADS measures five domains of anxiety: generalized anxiety, panic anxiety, separation anxiety, social anxiety and obsessive-compulsive anxiety, as well as symptoms of depression. For depression, values range from 0 to 30, with higher values denoting more depressive symptoms.
Time frame: Change from before treatment to after (+6 weeks) and to 6 month after treatment
Change in symptoms of generalized anxiety
Measured with RCADS-C/P (see above). RCADS-C/P is a child and parent self-report measure of anxiety and depression related psychopathology. The 48 items of the RCADS measures five domains of anxiety: generalized anxiety, panic anxiety, separation anxiety, social anxiety and obsessive-compulsive anxiety, as well as symptoms of depression. For generalized anxiety, scores range from 0 to 18, with higher values denoting more severe symptoms of anxiety.
Time frame: Change from before treatment to after (+6 weeks) and to 6 month after treatment
Change in difficulties in emotion regulation
Measured with Difficulties in Emotion Regulation Scale, short version (DERS-16), a self-rated questionnaire assessing difficulties to regulate emotion. DERS-16 can range from 16 to 80, with Higher scores reflect greater impairment.
Time frame: Change from before treatment to after (+6 weeks) and to 6 month after treatment
Change in intensity of pain
A Visual Analogue Scale (VAS) will be used to measure intensity of participants' current and past pain. The scale consists of a line where the ends are defined as extreme limits (0 = no pain; 10 = worst possible pain) of pain experience
Time frame: Change from before treatment to after (+6 weeks) and to 6 month after treatment
Change in daytime functioning
Measured with Functional Disability Inventory (FDI), a 15-item self-rated questionnaire to measure level of day-time functioning. Scores range from 0 (no disability) to 60 (severe disability).
Time frame: Change from before treatment to after (+6 weeks) and to 6 month after treatment
Change in daytime sleepiness 1
Measured with Pediatric Daytime Sleepiness Scale (PDSS), a self-report scale consisting of 8 items. Scores range from 0-32, with higher scores indicating more daytime sleepiness.
Time frame: Change from before treatment to after (+6 weeks) and to 6 month after treatment
Change in daytime sleepiness 2
Measured with the Karolinska Sleepiness Scale (KSS), a 9-point Likert scale, ranging from 1 to 9, with higher numbers denoting more sleepiness.
Time frame: Change from before treatment to after (+6 weeks) and to 6 month after treatment
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