Management of Sleep Problems



Fig. 7.1
The vicious cycle of adolescent sleep




7.2.1 Adolescent Sleep Research in India


Sleep patterns of 1920 urban school going adolescents were studied using a sleep habits questionnaire by Bhatia and colleagues (2008). The average age of the participants was 15.1 years and average total sleep time of 7.8 h per day which is much less than the optimal sleep requirement for adolescents. About 41.5 % of the participants went to bed by 11 p.m. and 42.6 % had to wake up by 5:00–6:00 a.m. which shows a similar trend of late bedtime and early rise times as their western peers. Although sleep efficiency was reported to be 92.6 %, only less than half the sample reported that they received refreshing sleep. Another finding that was consistent with the Western literature was that the total sleep time decreased with higher classes and sleep duration of the ninth graders was significantly higher from all the other three classes. This led the researchers to hypothesize that the tenth grade could be the transition point for change in total sleep time. This change in total sleep time was attributed to academic demands of higher grades, especially in India where adolescents face academic challenges from ninth grade onwards and tenth grade is probably the time of stress which is not witnessed in lower grades. Another important observation by them was that sleep debt and daytime sleepiness increased with advancing grades as did daytime napping.


7.2.2 Case Vignette


Master K, a young male aged 14 years studying in an urban school in Delhi, was referred by his school counsellor with primary complaints of inattention and declining academic performance. Upon routine detailed work up and comprehensive psychological assessment, he was diagnosed with attention deficit hyperactivity disorder predominantly inattentive subtype. His parents revealed that apart from difficulties in concentration their son also found it difficult to stay awake in class. This was reported by his teachers during the last PTA meeting that his parents attended. Moreover, his parents also reported that he went to sleep late and had difficulty waking up in the morning and almost always woke up with a negative mood. Sleep history and physical examination revealed no history of snoring, normal BMI, no history of RLS and no history of narcolepsy. Sleep log and actigraphy data revealed erratic sleep–wake patterns with a total time difference of more than 90 min of weekend versus weekdays sleep schedule. The average total sleep time was found to be 7 h for the two-week period during which sleep log and actigraphy data were recorded. Master K revealed that he often took a long time to feel alert in the morning, experienced fatigue and fell asleep in the school bus while travelling to the school. At times when his schedule permits he would also take a nap in the afternoon. Upon administration of adolescent sleep hygiene questionnaire, it was found that Master K had maladaptive sleep habits. These maladaptive habits included irregular/late bedtime, watching TV and instant messaging at bedtime, sleeping with his pet dog and a high intake of caffeinated drinks during the day. Paediatric sleepiness scale was also administered and the scores obtained were indicative of excessive daytime sleepiness. Master K’s insufficient sleep was fuelled by his maladaptive sleep habits. Therefore, the cognitive rationale for treatment focussed on the need for sleep education and the role of faulty sleep habits in sustaining sleep difficulties. The treatment regimen consisted of sleep education, sleep hygiene and stimulus control. Initially, master K found it difficult to apply the sleep hygiene rules since he was involved with too many after school activities and found it difficult to manage school work, tuitions and after schools extra-curricular activities. Apart from that it was difficult for him to refrain from spending long hours texting/instant messaging at night as his close peer group would be online during those hours sending him messages. Moreover, he shared a bedroom with his brother who would also stay up late at night playing video games and surfing the net. Follow-up sessions were used to discuss these issues and the sleep hygiene rules were discussed with master K and his sibling. Time management was also discussed with master K and reorganization of extra-curricular activities with an attempt at taking on only so many activities that could neatly fit in his schedule without overburdening him was encouraged. Master K was also taught assertiveness skills such that he could effectively encounter peer pressure of not engaging in social media networking past bedtime. A sleep log was maintained throughout the whole treatment regimen to review his progress. Slowly but steadily there was a change in the average total sleep time which increased to about 9 h which is considered optimal for his age. Master K was also asked to write down the positive changes that he experienced during his daytime functioning as a result of adopting healthy sleep habits. Among the positive changes, he reported less trouble getting out of bed in the morning, feeling refreshed on waking up and not feeling drowsy during the day. He also reported being more alert in class and there were no teacher complaints of him dozing off in class.



7.3 Assessment



7.3.1 Clinical Interview and History Taking


The therapist builds a rapport with the adolescent by speaking to the adolescent separately before speaking with the parents. During this interview, the therapist makes an introduction and engages in conversation with the adolescent wherein discussions regarding current school/college schedules/personal schedules/choice of subjects/peer group/family relations/relationships with siblings/likes and dislikes/and current concerns are addressed.

Clinical interview and history can be taken with both adolescent and parents together at first and then the parent and adolescent can be interviewed separately if needed. This is done so that the adolescent may be given a chance to express his/her views regarding sensitive issues (some adolescents use nicotine, alcohol, etc., without the knowledge of their parents). It is important to take a thorough comprehensive history that encompasses psychosocial development, physical development, daytime functioning, bedtime routines and nocturnal behaviour (Ivanenko and Patwaria 2009; Kotagal and Pianosi 2006) (Fig. 7.2).

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Fig. 7.2
Clinical interview and history taking


7.3.2 Scales and Questionnaires


Several scales and questionnaires exist which help clinicians to evaluate sleep disorders. As mentioned in the previous sections, insufficient sleep is of major concern among adolescents. Tools such as the adolescent sleep hygiene questionnaire, children’s morningness eveningness preferences and Pediatric daytime sleepiness scale help in identifying maladaptive sleep habits and possible circadian rhythm delay (which is indicated by endorsement of an evening type of orientation) that lead to insufficient sleep culminating in excessive daytime sleepiness. Automatic, irrational thoughts about sleep that interfere with the initiation or maintenance of sleep can be evaluated using the Dysfunctional Attitudes and Beliefs about Sleep Questionnaire and an extensive questionnaire for screening sleep disorders in teens is the Sleep Disorders Inventory for Students–Adolescent version (Table 7.1).


Table 7.1
Questionnaires and scales used commonly to assess adolescent sleep problems







































Scale

Age range (years)

Domain assessed

No. of items

Paediatric daytime sleepiness scale

11–15

Excessive daytime sleepiness

8 items, self report

Adolescent sleep hygiene scale

12–18

Physiological, cognitive and emotional factors, sleep environment, daytime sleep, substances, bedtime routine, sleep stability, bed/bedroom sharing

28 items, self report

Children’s morningness eveningness preferences

8–16

Morning orientation, evening orientation

10 items, self report

Dysfunctional beliefs and attitudes about sleep (DBAS-16)
 
Faulty beliefs and appraisals, unrealistic expectations, perceptual and attention bias

16 items, self report

Sleep disorders inventory for students-adolescent (SDIS-A)

11–18

Obstructive sleep apnoea, periodic limb movement disorder and delayed sleep phase syndrome RLS narcolepsy

30 items, self report


7.3.3 Sleep Log/Sleep Diary


A sleep log can provide insight into sleep habits, such as regularity/irregularity in daily bedtimes, variation/constancy in total sleep times, frequency of daytime napping and to clarify any misconceptions about sleep-related variables. Sleep logs are maintained for at least a week with entries made for each day (week and weekend). Given above is the list of variables that are entered in a sleep log (Tables 7.2, 7.3 and 7.4).


Table 7.2
Definitions of sleep log variables






























Time in bed

The final part of the day the adolescent got in bed to sleep

Time out of bed

The time of day the adolescent got out of bed for the last time in the morning

Total time in bed

The total time in minutes the adolescent spent in bed during the night. This equals the time out of bed minus the time in bed

Time of sleep onset

The estimated time at night the adolescent fell asleep for the first time

Awake time

The estimated time of day the adolescent awoke for the last time in the morning

Total sleep time (TST)

The estimated amount of time the adolescent actually slept. It is the time taken from sleep onset to awake time minus WASO

Sleep efficiency (SE)

This is calculated by dividing the TST by total time in bed

Wake after sleep onset (WASO)

Sum of the duration of all night awakenings from sleep onset to awake time



Table 7.3
An example of a sleep log


















































































































Day/Date

Daytime naps (frequency and duration)

Time in bed

Time out of bed

Total time in bed

Time of sleep onset

Wake after sleep onset

Awake time

Total sleep time

SE

1.
                 

2.
                 

3.
                 

4.
                 

5.
                 

6.
                 

7.
                 

8.
                 



Table 7.4
Sleep laboratory tests
























Test

Description

Indication

Actigraphy

Movement tracking device which looks like a wrist watch. It works on the principle that movement indicates wakefulness. Used for tracking sleep–wake patterns

Circadian rhythm disturbances such as delayed sleep phase syndrome or insomnia

MSLT

It consists of 4–5 planned naps in a sleep conducive environment. Measures the likelihood of falling asleep and if there is a direct transition from Wake to REM stage

Daytime sleepiness or narcolepsy

Nocturnal polysomnography

Measures multiple neurophysiologic variables and examines sleep architecture

Obstructive sleep apnoea, periodic limb movement disorder

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Mar 22, 2017 | Posted by in PSYCHOLOGY | Comments Off on Management of Sleep Problems

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