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20 Sleep inHospitalized Patients
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intervention in this study by Edinger etal. included the standardization of wake and sleep times and the removal of the opportunity for daytime napping [94]. This inter­vention was associated with an increase of 18minutes in total sleep time; however neither sleep quality nor signicant testing was discussed [94].
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Reduction ofNighttime Interruptions
The goal of reducing nighttime interruptions of patient sleep during hospitalized patient sleep may seem ambitious, yet as the most cited nighttime disruption, action is warranted [95]. For example, many nighttime disruptions in the intensive care unit could be safely omitted or clustered, noted Le etal. [96] A recent study evaluat­ing nearly 3500 patients determined that passive vital sign monitoring and reduction in nighttime noise ultimately led to a decreased hospital length of stay and an increase in patient self-reported emotional and mental health [97]. Future studies are needed to best determine methods to implement reductions in nighttime interac­tions, which in turn improves hospital sleep, enhancing quality and safety.
Sleep Education andEmpowerment
Improving patient knowledge and education on health and disease is essential. In a recent randomized controlled trial, non-ICU patients who received sleep-enhancing tools (a white noise machine, ear plugs, and an eye mask) along with sleep educa­tion reported decreased sleep impairment and less fatigue than those who received only the sleep-enhancing tool kit [98].
Multifaceted Protocols
The “Somerville” multifaceted protocol implemented several components for sleep improvement. These components included an 8-hour quiet time, “lights off” lullaby, staff-monitored noise control, and avoidance of staff disruptions for routine vitals and medications. The study investigators reported fewer patients reporting night­time disruptions and fewer patients requesting sleep aid/sedatives [99]. Another multifaceted protocol program of electronic health record reminders and nursing “nudges,” “Sleep for Inpatients: Empowering Staff to Act (SIESTA),” demonstrated that a unit-based nursing empowerment approach was associated with fewer night­time hospital room entries and overall improved patient experiences [28]. Finally, the Hospital Elder Life Program (HELP) designed in 1999 by SK Inouye was suc­cessfully implemented across 200 German hospitals [100]. This protocol consisted of multiple strategies to aid in delirium prevention in hospitalized elderly including
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(re)orientation, cognitive activation, mobilization, meal companionship, and non­pharmacological sleep promotion [100].
N. H. Stewart and V. M. Arora
Pain andSleep
Pain should be evaluated frequently on every patient during hospitalization. It is not only a barrier to hospital discharge, but its management is a quality of care issue [101]. Optimal treatment of pain is recommended, as pain can interfere with falling asleep and with the ability to participate in recovery activities during hospitalization [102, 103]. Pharmacologic and nonpharmacologic management options should be evaluated for treatment of pain [103].
Sleep inHospitalized Patients withUnderlying Disorders ofMental Health
Associations between sleep health and mental health are many, yet knowledge of this association is lacking [104]. Among patients hospitalized with depressive dis­order, 25–40% report almost always having daytime sleepiness, and a more indi­vidualized sleep-wake schedule should be applied in these patients [105]. In a small study of inpatients hospitalized with moderate-to-severe depression undergoing chronotherapy, a signicant number of patients (>40%) reported a signicant improvement in their depressive symptoms [106].
Hospitalized Older Adults
Predisposing factors and precipitating factors play a role in delirium development in hospitalized older patients [20]. Sleep loss in hospitalized older adults can slow recovery during hospitalization due to fatigue and excessive daytime sleepiness, which leads to decreased participation in recovery activities such as participation with therapy and in important healthcare discussions and decisions with social work and case management [22, 23]. Coaching and empowerment of hospitalized older adults and their caregivers to conrm their needs are met during transitions of care may reduce rates of rehospitalization [24].
Moreover, sleep deprivation has been associated with a variety of signicant outcomes of relevance to hospitalized older adults as they recover from acute ill­ness. In addition to delirium, sleep loss has been associated with other health condi­tions often seen in the elderly population, such as falls. For example, one study by Stone etal. noted women with shorter sleep duration (< 7hours) or lower sleep
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efciency (<70%), as determined by wrist actigraphy, were more likely to suffer from falls in the subsequent year compared to women with normal sleep duration and sleep efciency [107]. Additionally, sleep deprivation has also been associated with impaired immune function in healthy humans as well as animals, which most certainly has implications for hospitalized older adults [108]. Scientists have also noted genes in Drosophila ies– which promote increased sleep– in turn promote survival following infection [109, 110]. Sleep disturbances in hospitalized elderly patients are associated with increased mortality at 2years [63]. As previously noted, the AGS has recommended against certain medications to aid in sleep initiation and maintenance in the hospitalized elderly due to increased risk of falls and cognitive impairment, specically benzodiazepines and non-benzodiazepines. Melatonin remains the sleep aid of choice in this patient population. The Assessing Care of Vulnerable Elders-3 (ACOVE-3) program utilizes quality metrics to assess and pro­mote best practices of elder care [111]. Medications such as anticholinergics (including antihistamines) should be avoided [75]. Other medications frequently utilized to aid in sleep, but not recommended, in the elderly population such as antihistamines, oral decongestants (pseudoephedrine and ephedrine), and stimu­lants (amphetamine and methylphenidate) make insomnia worse, are associated with anticholinergic side effects, and are not recommended in the elder population [75, 103].
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Sleep intheIntensive Care Unit (ICU)
A study in the ICU found that 51% of noise was modiable, while patients report staff conversations as well as television noise as the most irritating disturbances [112]. In addition, this noise was notable and found to interfere with sleep as seen on electroencephalogram (EEG) recordings [112]. Light disruptions of the circa­dian rhythm are particularly problematic in the ICU setting. Due to continued expo­sure of differing levels of light in the ICU, melatonin secretion patterns are atypical, and in turn the circadian rhythms of these patients are markedly abnormal [113,
114]. Modiable factors in the ICU which lead to sleep disturbances are best dealt
with from a multidisciplinary approach involving multiple ICU stakeholders [115].
Assess andTreat Underlying Sleep Disorders
Several studies have shown that early recognition and treatment of sleep disorders in hospitalized patients is associated with improved outcomes. To illustrate, in a small study by Konikkara, patients hospitalized with a COPD exacerbation were screened for sleep apnea, and if positive, CPAP therapy was initiated. Patients with COPD and OSA overlap disease that were adherent to CPAP therapy were noted to demonstrate a reduction in 6-month hospital readmission rates and emergency room
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N. H. Stewart and V. M. Arora
visits [46]. In another study of hospitalized patients with congestive heart failure, those patients compliant with CPAP for a minimum of 4hours for 70% of the nights in the month (Medicare PAP compliance guidelines) had fewer hospital readmis­sions when compared to those patients who were not compliant with their CPAP therapy following hospital discharge [116]. To that end, in another study involving early diagnosis of sleep-disordered breathing utilizing portable sleep study equip­ment, patients hospitalized with cardiac disease demonstrated signicantly lower hospital readmission rates and decreased emergency department visits in those adherent with PAP therapy [117]. Initiation of CPAP therapy for patients with OSA is associated with decreased hospital readmissions [116].
Conclusions
Hospitalization is a period of acute illness and multifactorial acute sleep depriva­tion. Sleep deprivation in hospitalized patients can be related to patient factors, environmental factors, as well as medical interventions. Sleep loss in the hospital is also associated with poor health outcomes, including an increased risk of delirium and cardiometabolic derangements. Both pharmacologic and nonpharmacologic interventions have shown promise in improving sleep loss in patients while hospi­talized. Awareness and consideration of implicit sleep loss in hospitalization is war­ranted, and implementation of treatment measures is justied.
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