Gambling - Contributing Factors

  1. Biological - Dopamine reward system
    • Refers to a neural pathway in the brain that when stimulated, releases the neurotransmitter dopamine providing feelings of enjoyment and pleasure, which can reinforce and motivate a person to perform certain activities
    • The unpredictability of gambling increases the release of dopamine
  2. Biological - Dopamine deficiency syndrome
    • Reward deficiency syndrome: An under active dopamine reward system. They do not experience pleasure and enjoyment from everyday activities. Seek out an extraordinary amount of excitement to feel the way others do normally. 
    • Gambling provides this making them more likely to repeat it to receive the same feeling
  3. Biological - Genetics
    Evidence of a hereditary link to problem gambling and addictive tendencies
  4. Psychological - Schedules of Reinforcement
    • Gambling has a random variable ratio of reinforcement, which, coupled with gambling's mutually exclusive nature and an individual's ignorance thereof, promotes a steady response rate over a longer period of time and is very resistant to extinction
    • Winning (reinforcement) is especially unpredictable
  5. Psychological - Social Learning Theory
    • Describes the way in which people acquire certain behaviours by observing and learning from and their role models through vicarious reinforcement
    • If behaviour is reinforced an individual will imitate it
  6. Psychological - Psychodynamic Theory
    • Based on Freud's theories; gambling behaviour may be influenced by unconscious underlying reasons from the gambler's childhood/past
    • Emotions connected to past events may contribute to gambling behaviours
  7. Social - Social Permission
    Positive or accepting attitudes among community

    Social permission of gambling opportunities (horse races)

    Ease of access to gambling venues

    Promotion of gambling

    Boredom, unemployment, relationship issues
Author
Rohanbowater
ID
234908
Card Set
Gambling - Contributing Factors
Description
Biopsychosocial model
Updated