Module 10: Sleep and Rest Flashcards
This is delineated as one of the most basic requirements of life (entailed to cope with daily stresses and human survival). It has restorative properties and contributes to the client’s biopsychosocial world
Sleep
This transpires during sleep and aids in the promotion of good mental health and psychosocial integrity.
Cellular Restitution
According to Coliver et al, 2003 what are the benefits of a good or optimum sleep?
(1) Promotes good mental health and psychological integrity
(2) It is vital not only for optimal function but also ensures optimal physiological and psychological wellbeing (Robinson et al, 2005) as the rate of feeling of damaged tissue is greatest during sleep.
(3) Evidence for a beneficial role of sleep in cognition is rapidly emerging in the cognitive neuroscience literatures.
(4) This is important as the building blocks of learning, creativity and scientific discovery (Ellenbogen, 2005)
This results in the loss of sleep benefits for cognitive processes for memory and integration.
Sleep Deprivation
This is the cyclical physiological process that alternates with longer periods of wakefulness.
Sleep (historically considered or delineated as the state of consciousness but more recently sleep has then became considered as an altered state of consciousness in which the individual’s perception and action to the external environment is decreased.)
What does the sleep-wake cycle influence?
It influences and regulates physiological functions and behavioral responses.
What controls sleep?
The cyclic nature of sleep is thought to be the controlled by centers in the lower part of the brain, which is delineated as the reticular formation located at the brainstem.
What is the role of the reticular formation?
The reticular formation integrates sensory information from the peripheral nervous system (PNS) and relays the information to the cerebral cortex.
The upper part of the reticular formation is constituted of a network ascending nerve fibers known as the _____________________. This is involved with the sleep-wake cycle.
Reticular Activating System (RAS)
It is important to heed that an intact cerebral cortex and reticular formation are necessary for the regulation of sleep states.
These affect the wake cycle. For example, serotonin is delineated to lessen the response to the sensory stimuli and GABA is defined to shut off the activity in the neurons of the RAS.
Neurotransmitters
When darkness in preparation of sleep causes a decrease in the stimulus of the RAS, what happens?
The pineal gland and the brain secretes the natural hormone melatonin; hence prodding the person to be less alert. During sleep the growth hormone is also secreted and cortisol is inhibited
With the beginning of daylight, explain the state of melatonin.
Melatonin is in its lowest state in the body and stimulating hormones like cortisol are at their highest.
Wakefulness is also associated with what neurotransmitters?
Acetylcholine, Dopamine, and Noradrenaline
(a) Acetylcholine is released in the reticular formation.
(b) Dopamine is released in the midbrain.
(c) Noradrenaline is released in the pons.
What is the importance of neurotransmitters such as acetylcholine, dopamine and noradrenaline?
These are localized within the RAS and influences cerebral cortical arousal.
This is defined as the basic organization of normal sleep.
Sleep Architecture
What are the two (2) types of sleep?
(1) The non-rapid eye movement or the NREM sleep
(2) The rapid eye movement sleep or the REM sleep
He is the scientist that deliberately broke down the disparity between the Non REM and the REM stages.
Matt Walker
According to the scientist Matt Walker, what are the disparate subdivisions of non rapid eye movement sleep or NREM?
(1) Stage 01: Awake or Light Sleep
(2) Stage 02: Light Sleep
(3) Stage 03 or 04: Deep Sleep
How many people as per statistics dream black and white?
Twelve percent (12%)
According to the scientist Matt Walker, what happens when go into those light stages of sleep under NREM?
The heart rate starts to decrease and the body temperature starts to drop along with your electrical brain wave activity starts to slow down.
According to the scientist Matt Walker, what happens when go into those deep stages of sleep under NREM?
The brain erupts with potent brain waves where the body is recharged in terms of its patent immune system and cardiovascular system. Deep NREM sleep aids in consolidation of memories and fixates them in the neural architecture of the brain.
This is where we principally have the most vivid and hallucinogenic types of dreams because of the augmentation of brain wave activity. In this, we get a boost for creativity due to it deliberately stitching information thus generating solutions for previously difficult situations.
REM sleep (rapid eye movement sleep)
What is the relationship of NREM and REM sleep?
Both sleeps will deliberately play out to brain domination throughout the night. Hence, prodding the cerebral wall to become lost every 90 minutes and replayed every 90 minutes. Hence, producing a cycling architecture of human sleep.
What happens the ration between the NREM and REM during the 90minute sleep cycle?
It changes as we move across the night. The first half of the night, the majority of the 90 minute cycle is constituted of deep NREM sleep (stages 03 and 04). In the second half of stage, most of the 90 minute cycle are comprised REM sleep or dream sleep along with stage 02 of NREM sleep,
According to the scientist Matt Walker, a loss of 2 hours of sleep from an 8 hour sleep pertains that they have lost?
25% of their sleep (but because REM sleep comes in the second half of the night, they may have lost about 50% to 70% of their REM sleep)
What happens to the number of hours of sleep, presence of the REM sleep as you grow older?
It alters
What are the normal sleep requirements and patterns for neonates?
(A) 16 hours a day
(B) Constant sleeping during the first week
(C) 40 to 50 minutes per cycle
(D) Wakening after 1 or 2 cycles
(E) 50% is REM sleep
What are the normal sleep requirements and patterns for infants?
(A) 8 to 10 hours at nighttime with several naps
(B) 15 hours a day
(C) 30% of REM sleep
What are the normal sleep requirements and patterns for toddlers?
(A) 12 hours a day
(B) Gives up daytime naps
(C) Awakening during night is common
(D) Autonomy or fear of separation from the parents
What are the normal sleep requirements and patterns for preschoolers?
(A) 12 hours of sleep at nighttime
(B) 20% is REM
(C) Rarely takes daytime naps
(D) Difficulty relaxing
(E) Partial awakening due to nightmares, bed wetting
What are the normal sleep requirements and patterns for school age children?
(A) 9 to1 2 hours of sleep per day
(B) Resists to sleep
What are the normal sleep requirements and patterns for adolescents?
(A) 7 hours at nighttime
(B) Shortened sleep may cause accidents, reduced performance in school, use of alcohol or behavioral and mood problems