sleep disruption research paper

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StatPearls [Internet]. Treasure Island (FL): StatPearls Publishing; 2024 Jan-.

StatPearls [Internet].

Sleep disorder.

Bibek Karna ; Abdulghani Sankari ; Geethika Tatikonda .

Affiliations

Last Update: June 11, 2023 .

• Continuing Education Activity

Sleep disorders encompass several clinical problems encountered in outpatient settings. Sleep disorders have a broad differential diagnosis; therefore, standardized definitions and classifications are essential. There are many different types of sleep disorders. Using the International Classification of Sleep Disorders (ICSD) helps in providing a standardized classification and definitions for sleep disorders. Sleep disorders are common in both adults and children. However, children with sleep disorders may present with different symptoms than adults. This activity reviews the evaluation and management of sleep disorders and highlights the role of the interprofessional team in evaluating and treating patients with this condition.

• Identify the etiology of sleep disorders.
• Describe the evaluation of sleep disorders.
• Explain the management options available for sleep disorders.
• Summarize an interprofessional approach to coordinating care in treating patients with sleep disorders to achieve the best patient outcomes.
• Introduction

Sleep disorders are a group of conditions that disturb normal sleep patterns. Sleep disorders are one of the most common clinical problems encountered. Inadequate or non-restorative sleep can interfere with normal physical, mental, social, and emotional functioning. Sleep disorders can affect overall health, safety, and quality of life. A study showed significant impairment in the quality of life in patients with insomnia. [1]  

There are many different types of sleep disorders. The International Classification of Sleep Disorders (ICSD) helps provide a standardized classification and definitions for sleep disorders. [2] Specifically, the third edition of the ICSD (ICSD-3) includes the following categories of sleep disorders:

• Sleep-disordered breathing 
• Central disorders of hypersomnolence
• Circadian rhythm sleep-wake disorders

Parasomnias

• Sleep-related movement disorders

Sleep disorders are common in both adults and children. However, children with sleep disorders may present with different symptoms than adults. Children with sleep problems may exhibit motor overactivity, inattentiveness, irritability, or oppositional behavior rather than overt sleepiness. [3]  Here we will review sleep disorders in adults, and sleep disorders in pediatrics will be discussed in a different section. 

There are different causes for different sleep disorders. For each sleep disorder listed below, more details are discussed in the pertinent section referenced below. 

The exact causes of insomnia are unknown. Some contributing factors include environmental, genetic, psychological, and behavioral, leading to hyperarousal. [4] [5]

Sleep-Disordered Breathing (SDB)

The causes of SDB range from breathing control to upper airway and chest wall mechanics, causing compromised ventilatory and resistive loading. SDB is a spectrum of disorders ranging from [6] syndrome to OSA and central sleep apnea (CSA). In the obstructive type of SDB, obesity plays a key role, and more information is discussed in the sections on OSA, CSA, and obesity hypoventilation syndrome. [6] [7] [8] [9]  

Central Disorders of Hypersomnolence

The central causes of hypersomnolence are commonly due to intrinsic abnormalities in the central nervous system's control of sleep-wake. Central hypersomnia is usually divided into three main subtypes: narcolepsy type 1, narcolepsy type 2, and idiopathic hypersomnia (IH), which are reviewed in more detail in separate sections. [10] [11]  In addition, other causes of central hypersomnolence include Kleine-Levin syndrome, [11]  hypersomnia due to a medical disorder, medication or substance, psychiatric disorder, and sleep insufficiency syndrome. 

Circadian Rhythm Sleep-Wake Disorders (CRSD)

The responsible causes of CRSD can be divided into two major groups (1): the environment is not well aligned with the internal circadian timing (e.g., shift work, jetlag); and (2) those occurring when the circadian timing system becomes altered relative to the external environment (e.g., delayed sleep phase syndrome, non-24, advanced sleep phase syndrome, irregular sleep-wake rhythm). [12]  More details are outlined in separate review articles. [13]

The causes of parasomnia vary from environmental, genetic, and gene-environment interactions, all of which may play a significant role in the origin of parasomnias. [14]  Parasomnia is divided into the following major categories: Non-rapid eye movement (NREM)-related parasomnias, rapid eye movement (REM)-related parasomnias, and other parasomnias. NREM-related parasomnia includes confusional arousal, sleepwalking, sleep terrors, and a sleep-related eating disorder. REM-related parasomnias include REM sleep behavior disorder (RBD) and nightmare disorder. [15]  The etiology of various types of parasomnia is discussed in a separate article. [16]  

Sleep-Related Movement Disorders

Abnormal movements during sleep are disorders of motor control excitation or disinhibition often associated with sleep disturbances. [17] The etiology of various movements condition during sleep depends on the type of that disorder. For example, in restless legs syndrome (RLS), the etiology could be primarily due to familial and genetic predisposition or secondary to iron deficiency. More details on the etiology of RLS are discussed in a separate article. [18]  Other sleep-related movement disorders include categories based on the type of movements: simple, periodic, rhythmic, or complex conditions (some of which are associated with parasomnias). [19]  This will be discussed in detail in a dedicated section. 

• Epidemiology

The prevalence of sleep disorders differs based on the specific condition. A link between SDB, short sleep duration, and non-restorative sleep has recently been reported. [20]  A recent study has linked poor sleep to other sleep disorders; for example, among a sample of patients with diabetes, 61% reported poor sleep, 47% of the participants screened positive for RLS, and 51% had an increased risk for OSA. [21]  We will briefly list the prevalence of each major sleep disorder as classified by the ICSD-3.

Difficulty sleeping or insomnia symptoms are among the most common medical complaints affecting nearly a third of the adult population. When the symptoms are severe enough to cause daytime consequences, the prevalence is estimated to be approximately 10% and is higher among women than among men (17.6% vs. 10.1%%, respectively). [22]  In addition, insomnia is found to be a persistent disorder (lasting over five years) and affects over 40% of patients if they have severe insomnia symptoms at presentation. [22]

The prevalence of SDB is dependent on the type of disease. As people age, the incidence of sleep problems also rises. Approximately 50% of older adults have sleep problems. [23]  Details on the prevalence of specific SDB (obstructive, central, upper airway resistance syndrome, sleep-related hypoventilation syndrome, or obesity hypoventilation) as outlined in their respective articles. [24] [7] [6] [9] [7]

Central Disorders of Hypersomnia 

The prevalence of narcolepsy in the general population is approximately 142,600 individuals (44.3 per 100,000 persons), but there is a reported trend of increase over the last decade (by 14% from 38.9 in 2013 to 44.3 in 2016). [15]

Likewise, The prevalence of idiopathic hypersomnia also increased by 32% (from 7.8 to 10.3 per 100,000 persons), with similar rates between both sexes. 

The prevalence of CRSD among the general population depends on the type and is reported to be between 0.13 to 0.17%. [25] [26]  However, the prevalence is higher among individuals with comorbid psychiatric illnesses. [27]  Delayed sleep phase syndrome (DSPD) is common in adolescents and young adults, with an estimated prevalence of 7 to 16%. [28]

Parasomnia, such as sleepwalking, confusional arousals, sleep terrors, sleep talking, and nightmares, are prevalent, including during childhood. The overall parasomnia prevalence in the no OSA group is approximately 3% in the NREM group (such as in sleepwalking, sexual acts during sleep, and sleep-related eating), 43.8% in nightmares, and the prevalence of RBD is estimated to be 8.7 per 100,000 people (with men to women ratio is 3:1). [29] [15]  

Sleep-Related Movement Disorders 

Restless leg syndrome and periodic limb movement disorder are also more prevalent in the elderly. [30] Primary insomnia is more common in women over 50 than their male counterparts. [23]  The prevalence of periodic leg movements disorder (PLMD) is approximately 40 per 100,000 persons and has increased in the last decade about 30%. 

There are gender differences in many of these sleep disorders. The prevalence of insomnia is higher in women than men throughout most of life (with a ratio of 1.4:1.0). [31] [23]  The prevalence of RLS is twice as high for women as for men (9.0% vs. 5.4%) across all ages. [32]  In contrast, the prevalence of SDB is higher in men than in premenopausal women (with a ratio of 2:1). [20]  In the Wisconsin Sleep Cohort Study (WSCS), the prevalence of SDB increased over time n both sexes (26.4 to 33.9 % in men and 13.2 to 17.4 % in women). [33]  Several possibilities for this increase in prevalence were contemplated, including increased obesity and aging of the general population, in addition to improved diagnostic techniques. 

There are also racial and ethnic differences in the prevalence of sleep disorders. [34]  In the Multi-Ethnic Study of Atherosclerosis (MESA), Hispanics and Chinese individuals had higher odds of SDB and short sleep than Whites. Likewise, Black have higher odds (1.8) for sleep apnea syndrome (AHI > five events per hour associated with excessive daytime sleepiness) compared to white after adjusting for age, gender and BMI. 

• History and Physical

The clinical presentations of sleep disorders depend on the specific disease. In general, sleep disturbances can present with a wide range of clinical pictures and commonly include insomnia, hypersomnia, or unusual sleep-related behaviors. Early identification of the underlying sleep disorder is essential to prevent complications and health consequences. A detailed history, sleep habits, and work schedule are critical to the assessment. Obtaining a complete list of medications (both prescribed and over-the-counter) is essential in assessing patients with sleep disturbances. In addition, evaluating detailed family and social history is very important, including any substances used by patients that can affect sleep and/or breathing.

Insomnia may present as difficulty falling asleep and/or staying asleep. Patients report taking thirty minutes or more to fall asleep (for those with sleep initiation difficulties) or spending thirty minutes or more awake during the night (for those with sleep maintenance difficulties). The diagnosis of insomnia also requires the presence of compromised daytime function, which includes one or more symptoms like fatigue, daytime sleepiness, poor attention, increased accidents, aggression, reduced motivation, or energy. Insomnia can often be a persistent or recurrent condition with exacerbations connected to medical, psychiatric, and psychosocial stressors. Recently insomnia was classified as a short-term and chronic type. [35]  

The ICSD-3 criteria of the diagnosis of chronic insomnia disorder include the following three conditions: (1) difficulty in sleep initiation or maintenance, (2) adequate opportunity to sleep, and (3) presence of daytime consequences due to difficulty sleeping. These conditions should last for at least three months and thrice weekly. [35]  Early identification of insomnia is crucial and requires a low threshold for suspicion. Clinical features that predispose, precipitate, and perpetuate insomnia symptoms should be identified from history. [36]

Hypersomnia  

Patients with hypersomnia complain of disabling excessive daytime sleepiness. They find it difficult to maintain alertness during significant waking hours, with sleep occurring unintentionally or at inappropriate times that interfere with the daily routine. Many patients describe a considerable impact on their cognitive function, calling it brain fog. In addition, in idiopathic hypersomnia, there has been an association between excessive sleepiness and depressive symptom, and low quality of life. [37]  Fatigue can present in a broad range of sleep disorders and can be confused with sleepiness.

The severity of hypersomnia and fatigue are commonly measured by questionnaires such as the Epworth sleepiness scale and fatigue severity scale. [38] [39]  Other sleepiness features are related to sleep duration, such as idiopathic hypersomnia (IH) or specific neurobiological disorder such as narcolepsy. IH has distinctive clinical features in addition to the severity of hypersomnia, such as prolonged nighttime sleep (more than 10 hours) and sleeps inertia. [37]  Narcolepsy, however, is a chronic neurological disorder due to the brain's inability to control sleep and wakefulness. It is associated with a low cerebrospinal fluid level of orexin-A/hypocretin-1.

Patients with narcolepsy complain of excessive chronic daytime sleepiness with cataplexy (type I) or without cataplexy (type II) (transient loss of muscle tone in response to intense emotion such as laughter), hallucinations while falling asleep (hypnagogic hallucinations), or hallucinations while waking (hypnopompic hallucinations), and sleep paralysis (inability to move immediately after awakening). Cataplexy can be manifested commonly (more than 50% of the time) as nontypical presentations (including spontaneous cataplectic attacks or cataplexy induced by non-humorous triggers such as anger) and 30% as partial cataplexy (involves the jaw and the face). [40]

Excessive daytime sleepiness is one of the most common clinical presentations of sleep-disordered breathing (SDB) (reported usually in up to 50% of patients), in addition to loud snoring and observed apnea or gasping by a bed partner. [41]  However, many patients with SDB are asymptomatic, particularly in special populations with heart failure, stroke, and other neurological disorders. [42] More details on SDB are described in separate articles. [24] [7]

Unusual Sleep-Related Behaviors

Features of specific behavior before, during, or after sleep can provide essential clues to certain sleep disorders such as movement disorders, eating disorders, or parasomnia. For example, reporting sleep-related movement disorders such as the urge to move legs during a specific time of the evening could suggest restless leg movements or periodic leg movements, and further questions are needed to confirm the diagnosis. Confusional arousal or sleep drunkenness during arousal or awakening from sleep is a common manifestation of hypersomnolence disorder, such as idiopathic hypersomnia or, less commonly, sleep-related sex (sexsomnia). [43] Sexsomnia is abnormal sexual behaviors without recollection, including sexual intercourse with a bed partner, masturbation, or sexual vocalizations. [44]

Patients who report movements during sleep, such as kicking, punching, arm-flailing, or jumping from bed in response to violent dreams, could suffer from REM sleep behavior disorder (RBD). The patient can recall the dream if he awakens during the episode. This disorder may be associated with other medical conditions such as Parkinson disease, Lewy body dementia, or multiple system atrophy. [19]  Other sleep-related symptoms that require detailed history to reach a clinical diagnosis include sleepwalking, sleep talking, and night terrors (common in children aged 2 to 12) and usually resolve spontaneously as the child ages). They mainly occur in non-REM sleep, without memory of the event. On the other hand, nightmares occur during REM sleep, usually in the middle of the night and early morning. During a nightmare, the person may scream and yell out things.

The difference between nightmares and night terrors is that the person can become fully alert when awakened during a nightmare. Also, there is a memory of the event in a nightmare, i.e., a person can recall a nightmare. Sleep-eating disorders are other unusual sleep-related behaviors that require detailed histories to differentiate from each other.   Sleep-related eating disorders (SRED) manifest as recurrent episodes of involuntary eating during the first one-third of sleep with reduced consciousness. However, night eating syndrome (NES) manifests by excessive eating between dinner and bedtime or after a complete awakening from sleep. [45]  Complex sleep behaviors are nonrapid eye movement (NREM)-related behaviors such as sleepwalking resulting in serious injuries or death, particularly among middle-aged and older patients with chronic insomnia. [46]

The symptoms associated with sleep disorders are commonly exacerbated by sleep deprivation, physical or emotional stress, traumatic events, and the use and abuse of substances or medications. Some of the medicines that are commonly linked to unusual sleep-related behaviors are antipsychotics and psychotropic medications (e.g., anticholinergics), sedatives, and hypnotic agents, particularly the class of Z drugs or nonbenzodiazepine benzodiazepine receptor agonists (e.g., zolpidem and eszopiclone) which now have a black box warning from US Food and Drug Administration (FDA) due to increased risk of complex sleep behaviors. [47]

A variety of information is required to evaluate sleep problems. After a detailed medical history, medication history, and physical examination, some clinical and investigative tools could help narrow the differential diagnosis and help identify the type of sleep disorders. Here is a list of some of these questionnaires and tests

Epworth sleepiness scale (ESS): ESS is an eight-item self-administered questionnaire that measures the presence and severity of sleepiness. [38]

Fatigue severity scale (FSS):  FSS is a nine-item instrument that can help distinguish sleepiness from fatigue and estimate fatigue severity.   [39]

Insomnia Severity Index (ISI): ISI is the most widely accepted clinical assessment tool that helps identify and monitor insomnia severity  [48]  in addition to a sleep diary. 

Sleep diary: The sleep diary, or sleep log, is a personal paper record of sleep and wakefulness over weeks to months. Patients should record a detailed description of sleep, such as bedtime, duration until sleep onset, the number of awakenings, duration of awakenings, and nap times. 

Sleep studies: Objective measures of sleep may be obtained by sleep studies such as home sleep apnea testing (HSAT) or polysomnography (PSG). [49]  PSG is the gold standard for diagnosing OSA and other sleep disorders. During PSG, numerous monitoring devices are connected to the patient, allowing the patient to sleep. Various physiologic parameters such as respiratory effort, sleep stages, electrocardiography, airflow, body position, and limb movements are assessed. The information obtained from these parameters helps to diagnose various REM & NREM sleep disorders and determine the causes of sleep disturbance. In cases with a diagnosis of OSA and residual hypersomnia despite PAP therapy with adequate adherence, follow-up PSG can be used to reassess patients and ensure adequate PAP. However, a follow-up sleep study (PSG or HSAT) is  not  recommended in asymptomatic patients as a routine test. [50]

Laboratory studies: Some of the lab studies appropriate for those with sleep disorders include:

• Arterial blood gases (ABG) 
• Thyroid function tests
• Drug and alcohol toxicity screening 
• Iron studies and ferritin level 
• Cerebrospinal fluid (CSF) hypocretin-1 deficiency (<110 pg/ml). [51]

Actigraphy: In this test, an actigraph device is worn on the wrist like a watch. The signals are detected when there is movement, and very few to no signs are recorded during sleep/inactivity. This device can assess sleep-wake cycles or circadian rhythm over an extended period and thus diagnose advanced or delayed sleep phase syndrome.

Multiple sleep latency testing (MSLT): This objective test determines the degree of sleepiness. [52]  This test is often called a nap study. On the day following an overnight PSG study, the patient is asked to take four or five naps for 8 to 10 hours. Each nap lasts about 20 minutes. These tests help identify the causes of excessive daytime sleepiness, which can be present in various disorders such as sleep apnea, hypersomnia, and narcolepsy. [53]

• Treatment / Management

Treatments for sleep disorders depend on the type of sleep disorder.

Treatment of insomnia can be broadly categorized into non-pharmacological and pharmacological treatments.

Non-pharmacological

• Sleep restriction therapy (SRT): SRT limits the total time allowed in bed to increase the drive to sleep.
• Stimulus control therapy helps change sleep habits so that the patients don't have difficulty falling asleep. Patients should not go to bed until they are sleepy. Also, the bed should be used only for sleeping and not for watching television or reading books.
• Relaxation therapy: Relaxation techniques may be implemented before sleep. Meditation and breathing exercises are some of the relaxation techniques. 
• Sleep hygiene: A set of education about lifestyle and environmental factors (e.g., light, noise, temperature) that may interfere with sleep. Sleep hygiene may include education about normal sleep, avoidance of substance use, regular exercise, bedroom environment, sleep and wake times, and avoidance of daytime naps. However, sleep hygiene education alone is less effective than CBT-I in individuals with poor sleep or insomnia. [56]

Pharmacologic

• Histamine type 1 receptor blockers (e.g., chlorpheniramine and diphenhydramine) are commonly used for difficulty sleeping due to their sedative effects. However, due to their anticholinergic effect, these drugs should be avoided. 
• Benzodiazepines (BZD): these drugs are commonly used to treat insomnia. The drugs bind to a particular benzodiazepine site on the gamma-aminobutyric acid (GABA) receptor complex, enhancing the activity of neurotransmitters. These drugs suppress REM sleep and reduce stage 3 sleep while increasing stage 2 sleep. Examples include flurazepam and temazepam.
• Non-benzodiazepine hypnotics or z-drugs: these agents are used to treat acute and short-term insomnia. These drugs have non-BZD-like chemical structures but interact with the GABA-BZD receptor, causing sedation. Examples include zolpidem and zaleplon.
• Melatonin receptor agonists: the melatonin receptors MT1 and MT2 are implicated in regulating sleepiness and the sleep-wake cycle. Melatonin receptor agonists act on these receptors and improve sleep through the endogenous regulating system. These drugs are used in circadian rhythm sleep disorders, jet lag, and delayed sleep-wake phase disorder (insomnia with difficulty in sleep onset). [57] [58] [59]  An example includes ramelteon. 
• Orexin receptor antagonists: orexin promotes wakefulness. Thus, the antagonism of this receptor helps in sleep. An example includes suvorexant, which improved ISI through improvement in sleep onset and maintenance. [60]

Treatment of OSA includes primarily mechanical positive airway therapy (PAP), lifestyle changes, and options of oral appliances or surgical procedures in certain patients. [24] . The use of drug treatment such as solriamfetol, stimulants (such as amphetamines or modafinil), and norepinephrine reuptake inhibitors to increase wakefulness in patients with OSA and persistent hypersomnia despite adequate PAP adherence and elimination of respiratory events can be considered in selected patients to treat their day time symptoms. [61] [62]  A long-term study of the safety and efficacy of solriamfetol under open-label and double-blind, placebo-controlled conditions demonstrated long-term efficacy of solriamfetol and reported side effects in less than 5% of patients with OSA or narcolepsy such as headache, nausea, nasopharyngitis, insomnia, dry mouth, anxiety, decreased appetite, and upper respiratory tract infection. [63]

A number of medications can be used for the treatment of narcolepsy. Modafinil, a non-amphetamine stimulant that promotes wakefulness, is considered first-line therapy for narcolepsy as it reduces daytime sleepiness, is well tolerated, and has less abuse potential compared to traditional stimulants (amphetamines, methylphenidate). These traditional drugs are second-line drugs. Patients with significant cataplexy may benefit from REM-suppressing medications such as anti-depressants and sodium oxybate.

Light-phase shift therapy is useful for sleep disturbances associated with circadian rhythm abnormalities. [64] Patients may be exposed to bright light to help normalize their sleep schedule.

Gabapentin enacarbil, a prodrug formulation of gabapentin, significantly improves restless leg syndrome and hence can alleviate sleep disturbance. [65]

• Differential Diagnosis

The differential diagnosis of sleep disorders are as follows:

• Post-traumatic stress disorder (PTSD)
• Anxiety disorder
• Bipolar disorder
• Opioid abuse
• Stimulants abuse (amphetamine)
• Chronic obstructive pulmonary disease (COPD)
• Hyperthyroidism

Insufficient sleep can result in industrial or motor vehicle accidents, decreased work performance, and cognitive dysfunction. The prognosis of sleep disorders depends widely on the cause of the sleep disorder. Insomnia due to OSA generally resolves with treatment, whereas patients with chronic insomnia have an increased risk of depression, anxiety, and reduced quality of life.

• Complications

Untreated sleep disorders may lead to an increased risk of accidents and the development of various serious complications. [66] Mood and anxiety disorders may develop. Sleep deprivation can lead to false memory and a decline in cognitive functioning. [67]

Patients with periodic limb movement sleep disorder may have a higher risk of cerebrovascular accidents. [68]

Untreated OSA (especially if severe and associated with hypersomnia) can lead to various cardiovascular disorders. [69]  

• Deterrence and Patient Education

All patients should be educated well and encouraged to practice good sleep hygiene. "Sleep hygiene" is a term used to describe good sleep habits.

The following advice should be given to the patients to practice good sleep hygiene:

• Maintain a regular schedule, i.e., go to bed and wake up at the same time every day
• Use the bed for sleep and sex only. Avoid watching television, looking at phones, or reading in the bed
• Exercise almost every day, but not right before bedtime
• Avoid caffeine or smoking, mainly during the evening
• Maintain a dark, calm, and quiet environment in the bedroom
• Avoid struggling to fall asleep in bed. If you can't sleep, get up and try again later or change the bed.

Also, if the patient takes sedative-hypnotic medications, this should be documented in the medical record. Patients should be counseled to avoid driving and operating machines when under these medications.

• Enhancing Healthcare Team Outcomes

The proper management of sleep disorders requires the efforts of an interprofessional healthcare team that includes clinicians (MDs, DOs, NPs, and PAs), specialists, pharmacists, nursing staff, psychological professionals (social workers, counselors, etc.), and in some cases a sleep clinic, and a dietician. Surgical consultations are required for some of the underlying causes of insomnia, such as in cases of OSA, which may require palate surgery. Interprofessional collaboration is essential for good patient outcomes in sleep disorders.

Nurses can coordinate activities between the managing clinicians and other health professionals on the case, as well as counsel the patient and answer any questions. The pharmacist will verify the medication dosing, check for interactions, and counsel patients on proper administration. Sleep clinics will look deeper into the case, including potential sleep studies, when indicated. Psychological professionals will work with any issues that may contribute to sleep problems and report to the rest of the interprofessional team. Clinicians will do well to consider input from all team members in deciding their course of therapy; the patient and possibly family (e.g., spouses, parents) are also members of the care team.

All interprofessional team members are responsible for maintaining accurate and updated records regarding the patient's case with every interaction or intervention taken. They must also be free to openly communicate with all other team members when there are any concerns about the patient's condition or progress. This interprofessional model will help drive optimal outcomes for those patients who experience issues with sleep disorders of any type. [Level 5]

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Sleep Apnea Clinical Assessment. The image demonstrates the clinical assessment of patients with suspected sleep apnea. Contributed by A Sankari, MD, PhD

Disclosure: Bibek Karna declares no relevant financial relationships with ineligible companies.

Disclosure: Abdulghani Sankari declares no relevant financial relationships with ineligible companies.

Disclosure: Geethika Tatikonda declares no relevant financial relationships with ineligible companies.

This book is distributed under the terms of the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International (CC BY-NC-ND 4.0) ( http://creativecommons.org/licenses/by-nc-nd/4.0/ ), which permits others to distribute the work, provided that the article is not altered or used commercially. You are not required to obtain permission to distribute this article, provided that you credit the author and journal.

• Cite this Page Karna B, Sankari A, Tatikonda G. Sleep Disorder. [Updated 2023 Jun 11]. In: StatPearls [Internet]. Treasure Island (FL): StatPearls Publishing; 2024 Jan-.

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