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Section 3 (Sleep) - Biological Rhythms Lecture Notes $4.52
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Section 3 (Sleep) - Biological Rhythms Lecture Notes
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  • Course
  • Biological Psychology
  • Institution
  • Oxford Brookes University

Lecture notes on biological rhythms covering: lesion studies, brain stem control of sleep and wakefulness (Bremner, 1937), reticular formation, brain mechanisms of sleep and waking, neurotransmitters and sleep, sleep-wake switch, flip-flop switch, the sleep switch, biological clocks and brain areas...

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  • August 9, 2019
  • 7
  • 2018/2019
  • Class notes
  • Unknown
  • All classes

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  • biological psychology

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  • Oxford Brookes University
  • Psychology
  • Biological Psychology
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Biological Rhythms
Lecture Notes
The Neural Control of Sleep and Wakefulness
Lesions:
Post mortem studies (sleep
sickness in WW2) suggested:
 Posterior hypothalamus =
excessive sleep
 Anterior hypothalamus =
sleeplessness
Brain stem control of sleep and
wakefulness:
 Study conducted in cats to
isolate areas of the brain
which may be involved in
sleep and wakefulness
(Bremner, 1937)
 Lesion at ‘A’ in the cat brain
between inferior and
superior colliculi, disconnects forebrain from most sensory input
 Produces a continuous sleep like state
 Sleep arises when there is a lack of sensory information coming into the brain
 Passive Sensory Theory (Bremer 1936): Sleep due to reduced sensory input
to forebrain
 A lesion at ‘B’ maintains sleep wake cycles – lesion studies in different cats
(Bremer 1937)
 The area between A and B includes a sleep centre (reticular formation
(RF)/reticular activating system (RAS)) which can actively rouse the cortex
independent of external stimuli
 This maintains the sleep-wake cycle

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