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Neural basis of learning

Millie Monk Psychology Victorian Certificate of Education (VCE) English

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Neural basis of learning

  1. Learning, relatively permenent change in behaviour.. result of experience

    • Intentional, learning piano
    • Unintentional, watching or hearing someone else play piano
    • Active, reciting times tables
    • Passive, hearing about something
  2. Behaviour not dependent on learning (innate)

    • Reflex actions
    • Fixed-action patterns
    • Maturation
  3. Neural pathways

    • Neurons that fire together wire together
    • Structure
      • Dendrites
      • Axons
      • Neurotransmitters
        • Glutamate, initiates activity in the post synaptic neurons
        • Dopamine, strengthening of synaptic connections during learning
  4. Plasticity, brain neural structure or function to be changed by experience

    • Developmental plasticity, during growth, predetermined
      • Synaptonenesis, forming new synapses
      • Synaptic pruning, eliminating synaptic connections
    • Adaptive plasticity, adjustment to experience after brain damage
      • Rerouting, undamaged neuron lost connection with active, may seek new active to connect
      • Sprouting, growth of nerve fibres with more branches to make new connections
  5. Timing of experiences

    • Sensitive period, organism is more responsive to environmental stimuli
    • Experience- expectant learning, brain encounters experience that is expected
    • Experience dependent learning, learning that depends on exposure to specific experiences at any time
    • Critical period, most vulnerable to the deprivation or absence of certain stimuli
  6. Areas of the brain associated with learning

    • Hippocampus
      • LTM formation
      • Forms encodes declarative
    • Amygdala
      • Processes and regulates emotional reactions, fear and anger
    • Ventral tegmental area (VTA), learnt through operant conditioning
    • basal ganglia
      • integrates sensory and motor information to enable smooth bodily movements
    • cerebellum
      • involved in muscular movement, balance and posture, learning motor skills as well as non-motor learning

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Victorian Certificate of Education (VCE) Psychology Mind Map on Neural basis of learning, created by Millie Monk on 15/07/2016.
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