Titlebook: Sleep in Critical Illness; Physiology, Assessme Gerald L. Weinhouse,John W. Devlin Book 2022 The Editor(s) (if applicable) and The Author(s

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Biologic Effects of Disrupted Sleep,the ICU. As such, this chapter primarily focuses on short-term, relevant biologic consequences of sleep disruption in healthy adults, with context for how observed changes may be relevant to critically ill populations.

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Sleep Disruption and Its Relationship with Delirium: Electroencephalographic Perspectives,g attention, volitional behavior and emotional regulation. Based on these observations, we explore the neurophysiologic changes that may underlie the bidirectional link between sleep deprivation and delirium. We discuss implications for sleep monitoring in the ICU, current gaps in knowledge and opportunities for future research in this area.

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Characteristics of Sleep in Critically Ill Patients: Part I: Sleep Fragmentation and Sleep Stage Dipter reviews how sleep architecture in the ICU differs from sleep in healthy individuals, what causes these changes, and what is known about the detriments of sleep fragmentation and sleep stage disruption.

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ns, nurses, physician assistants and critical care pharmacis.For decades heavily sedated ICU patients were assumed to be asleep.  However, in the past 20 years, physiologic and epidemiologic studies have established sleep is frequently disrupted in the ICU.  The inter-relationship between ICU sleep,