REST COMFORT SLEEP NUR 102 Module H Dianne

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REST, COMFORT, SLEEP NUR 102 Module H Dianne Watts

REST, COMFORT, SLEEP NUR 102 Module H Dianne Watts

REST • When people are at rest, they usually feel mentally relaxed, free from

REST • When people are at rest, they usually feel mentally relaxed, free from anxiety, and physically calm • Rest does not imply inactivity

SLEEP • Sleep is a recurrent, altered state of consciousness that occurs for sustained

SLEEP • Sleep is a recurrent, altered state of consciousness that occurs for sustained periods • Sleep is a cyclical physiological process – Circadian rhythm – Biological clocks

Sleep Regulation • Sleep involves a sequence of physiological states maintained by the CNS

Sleep Regulation • Sleep involves a sequence of physiological states maintained by the CNS • RAS ( reticular activating system) = wakefulness & BSR (bulbar synchronizing region) = sleep

STAGES OF SLEEP • NREM sleep = nonrapid eye movement involves 4 stages •

STAGES OF SLEEP • NREM sleep = nonrapid eye movement involves 4 stages • REM sleep = rapid eye movement

Stage 1: NREM • • Lightest level of sleep Lasts a few minutes Easily

Stage 1: NREM • • Lightest level of sleep Lasts a few minutes Easily aroused by sensory stimuli Waken, person feels as though daydreaming has occurred

Stage 2: NREM • • • Period of sound sleep Relaxation progresses Arousal is

Stage 2: NREM • • • Period of sound sleep Relaxation progresses Arousal is still relatively easy Stage lasts 10 -20 minutes Body functions, vital signs & metabolism, slow

Stage 3: NREM • Involves initial stages of deep sleep • Sleeper is difficult

Stage 3: NREM • Involves initial stages of deep sleep • Sleeper is difficult to arouse and rarely moves • Muscles are completely relaxed • Lasts 15 -30 minutes

Stage 4: NREM • Very difficult to arouse sleeper • Deepest stage of sleep

Stage 4: NREM • Very difficult to arouse sleeper • Deepest stage of sleep • If sleep loss has occurred, sleeper will spend considerable portion of night in this stage • Vital signs are significantly lower than during waking hours • Lasts approximately 15 -30 minutes • Sleepwalking and enuresis may occur

REM SLEEP • Vivid, full-color • dreaming may occur in REM. • • Usually

REM SLEEP • Vivid, full-color • dreaming may occur in REM. • • Usually begins about 90 minutes after sleep • has begun • • Typified by autonomic response of rapidly moving eyes, fluctuating heart and resp rates, increased BP Loss of skeletal muscle tone occurs Gastric secretions increase Very difficult to arouse Duration of REM sleep increased with each cycle and averages 20 minutes

Functions/Purpose of Sleep • Restoration – Psychological – Physiological • Biological • Cognitive •

Functions/Purpose of Sleep • Restoration – Psychological – Physiological • Biological • Cognitive • Conservation of energy

FACTORS THAT AFFECT SLEEP • • Physical illness Drugs and substances Lifestyle Emotional stress

FACTORS THAT AFFECT SLEEP • • Physical illness Drugs and substances Lifestyle Emotional stress Environment Exercise and fatigue Food and caloric intake

SLEEP DISORDERS • • • INSOMNIA SLEEP APNEA NARCOLEPSY SLEEP DEPRIVATION PARASOMNIAS

SLEEP DISORDERS • • • INSOMNIA SLEEP APNEA NARCOLEPSY SLEEP DEPRIVATION PARASOMNIAS

INSOMNIA • Chronic difficulty falling asleep • Frequent awakenings from sleep • Short sleep

INSOMNIA • Chronic difficulty falling asleep • Frequent awakenings from sleep • Short sleep or nonrestorative sleep

SLEEP APNEA • Disorder in which the individual cannot breath and sleep at the

SLEEP APNEA • Disorder in which the individual cannot breath and sleep at the same time • Lack of airflow through the nose and mouth for periods from 10 seconds to 1 -2 minutes, there can be 10 or 15 to more than 100 respiratory events per hour of sleep • Three types: central, obstructive, and mixed

CENTRAL SLEEP APNEA • Caused by cessation of diaphragmatic and intercostal respiratory effort as

CENTRAL SLEEP APNEA • Caused by cessation of diaphragmatic and intercostal respiratory effort as a result of dysfunction of the brain’s respiratory control center • Impulse to breath fails, temporarily • Least common form

OBSTRUCTIVE APNEA • Most common form • Characterized by cessation of airflow despite the

OBSTRUCTIVE APNEA • Most common form • Characterized by cessation of airflow despite the effort to breath • Occurs when muscles or structures of the oral cavity or throat relax during sleep • Usually have loud snoring

NARCOLEPSY • A CNS dysfunction of mechanisms that regulate the sleep and wake states

NARCOLEPSY • A CNS dysfunction of mechanisms that regulate the sleep and wake states • Falls asleep uncontrollably at inappropriate times • Treated with stimulants

SLEEP DEPRIVATION • S/S: blurred vision, fine motor clumsiness, decreased reflexes, slowed response time,

SLEEP DEPRIVATION • S/S: blurred vision, fine motor clumsiness, decreased reflexes, slowed response time, decreased reasoning and judgment, cardiac arrhythmias • Psychological S/S: confusion, disorientation, increased sensitivity to pain, irritable, withdrawn, agitation, decreased motivation

PARASOMNIAS • Sleep problems that are more common in children, one common exception is

PARASOMNIAS • Sleep problems that are more common in children, one common exception is bruxism (tooth grinding) • SIDS • Somnambulism(sleepwalking) • Nightmares • Nocturnal enuresis (bedwetting)

ASSESSMENT • • • Normal sleep pattern, restful? sufficient? Self- reported Sleep log Bedtime

ASSESSMENT • • • Normal sleep pattern, restful? sufficient? Self- reported Sleep log Bedtime routines Bedtime environment Client expectations

Pain • Physical sensation • Involves physical, emotional and cognitive components • Stimulus

Pain • Physical sensation • Involves physical, emotional and cognitive components • Stimulus

Physiology of Pain • • Transduction Transmission Perception Modulation

Physiology of Pain • • Transduction Transmission Perception Modulation

Types of Pain • • Acute Chronic Idiopatic Inferred – nociceptive – neuropatic

Types of Pain • • Acute Chronic Idiopatic Inferred – nociceptive – neuropatic

Pain Assessment • Scales • Nonverbal pain indicators • Behavioral indicators

Pain Assessment • Scales • Nonverbal pain indicators • Behavioral indicators

Pain Management • • • Pharmacological interventions Non-pharmacological interventions Barriers Cultural considerations Reassessment

Pain Management • • • Pharmacological interventions Non-pharmacological interventions Barriers Cultural considerations Reassessment

Environmental factors affecting common and sleep • • • Comfortable room temperature Proper ventilation

Environmental factors affecting common and sleep • • • Comfortable room temperature Proper ventilation Minimal noise Comfortable bed Proper lighting

Promoting Bedtime Routines • • • Help client to relax in preparation for sleep

Promoting Bedtime Routines • • • Help client to relax in preparation for sleep Avoid mental stimulation before bedtime Relaxation exercises Guided imagery Good sleep hygiene

Sleep Hygiene • Avoid sleeping long hours during weekend or holiday • Bedroom should

Sleep Hygiene • Avoid sleeping long hours during weekend or holiday • Bedroom should not be used for intensive studying, snacking, TV watching, or other nonsleep activity • Avoid worrisome thinking when going to bed • Avoid heavy meals for 3 hours before bedtime

Promoting comfort • Encourage client to wear loose-fitting nightwear • Instruct family on ways

Promoting comfort • Encourage client to wear loose-fitting nightwear • Instruct family on ways to position client and support dependent body parts to aid in muscle relaxation • Have client void before going to bed • Back massage • Keep bed linens dry

Activity • If client is at home, encourage physical activity during daytime • Avoid

Activity • If client is at home, encourage physical activity during daytime • Avoid rigorous exercise at least several hours before bedtime

Control of noise in hospital • Close doors to client’s room • Keep doors

Control of noise in hospital • Close doors to client’s room • Keep doors to work areas closed • Reduce volume of nearby telephones and paging equipment • Avoid abrupt loud noises • Keep necessary conversations at low levels