Chapter 13: Learning & Memory Flashcards

1
Q

Pairing of two Stimuli changes the response to one of them

A

Classical Conditioning

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2
Q

an individuals response leads to a reinforce or punishment

A

Instrumental Conditioning (Operant Conditioning)

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3
Q

• Is any event that increases the future probability of the response.

A

Reinforcer

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4
Q
  • Is an event that suppresses the frequency of the response.

* Ex. The rat receiving fruit loops or a shock.

A

Punishment

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5
Q
  • The physical representation of what has been learned

* A connection between two brain areas would be a possible example.

A

Engram

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6
Q

• All parts of the cortex contribute equally to complex behaviors such as learning, and any part of the cortex can substitute for any other.

A

Equipotentiality

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7
Q

• The cortex works as a whole, and more cortex is better.

A

Mass Action

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8
Q

Events that have just occured

A

Short Term Memory

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9
Q

events from further back several types of evidence support this idea

A

Long-Term Memory

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10
Q

• Information initially entered a short-term storage, where it stays until the brain had time to consolidate it into long-term memory.

A

Consolidate

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11
Q
  • Re-strengthening of a memory by a similar later experience.
  • Epinephrine and Cortisol both enhance emotional memories by stimulating the amygdala and the hippocampus.
A

Reconsolidation

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12
Q

to refer to the way we store information while we are working with it.
o Ability to temporarily hold information for use

A

Working Memory

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13
Q

• Common test of working memory, which requires responding to something that you saw or heard a short while ago.

A

Delayed Response Task

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14
Q

the loss of memeory

A

Amnesia

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15
Q

Subject sees and object and must later chose the object that matches

A

Delayed Matching to Sample Tasks

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16
Q

Subject sees and object and must later choose the object that is different than the sample

A

Delayed Non-Matching to Sample Tasks

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17
Q

• Suffered 10 minor epileptic seizures per day and a major seizure about once a week.
• Surgeon suggested that removing the medial temporal lobe would relieve the epilepsy.
Surgery impaires his memory

A

H.M

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18
Q

• Inability to form memories for events that happened after brain damage.

A

Anterograde Amnesia

19
Q

• Loss of memory for events that occurred before the brain damage.

A

Retrograde Amnesia

20
Q
  • Deliberate recall of information that one recognizes as a memory. Also known as declarative memory.
  • Deliberate recall of information that one recognizes as a memory.
A

Explicit Memory

21
Q
  • An influence of experience on behavior, even if you do not recognize that influences.
  • The influence of recent experience on behavior without realizing on is using memory.
A

Implicit Memory

22
Q

• The development of motor skills and habits, is a special kind of implicit memory, you might not be able to describe a motor skill or habit in words.

A

Procedural Memory

23
Q

o The hippocampus is not responsible for all memory
o Implicit learning or habit learning depends on the _____
o The ______learn to identify patterns in information
o “Weather task”- learning which combinations of symbols predict weather.

A

The Basil Ganglia

24
Q

o Brain damage caused by prolonged thiamine deficiency.
o Severe thiamine deficiency occurs mostly in chronic alcoholics who go for weeks at a time on a diet of nothing but alcoholic beverage, lacking vitamins.

A

Karskoff’s Syndrome

25
Q

• Patients fill in memory gaps with guesses.

A

Confabulation

26
Q

o Associated with gradual progressive loss of memory (especially declarative memory) often occurring in old age,

A

Alzheimer’s Disease

27
Q

produces widespread atrophy of the cerebral cortex, hippocampus, and other areas.

A

Amyloid Beta Protein

28
Q

structures formed from degenerating neurons

A

Plaques

29
Q

is a slug like invertebrate that is often studied fur to its large neurons

A

Aplysia

30
Q

Decrease in a response to a stimulus that is presented repeatedly and accompanied by no change in other stimuli

A

Habituation

31
Q

• An increase in response to a mild stimulus as a result to previous exposure to more intense stimuli.

A

Sensitization

32
Q

• Occurs when the synapse is “potentiated”: the postsynaptic neuron is more responsive.

A

Long Term Potentiation

33
Q

• Only synapses that have been highly active become strengthened

A

Specificity

34
Q

• Simultaneous stimulation by two or more axons produce LTP much more strongly than does repeated stimulation by a single axon.

A

Cooperatively

35
Q

• Pairing a weak input with a strong input enhances later responses to a weak input (Hebbian Synapse)

A

Associativity

36
Q

o A synapse that increases in effectiveness because of simultaneous activity in the presynaptic and postsynaptic neurons.

A

Hebbian Synapse

37
Q
  • Is a prolonged decrease in response at a synapse that occurs hen axons have been less active than others
  • The opposite of LTP: as one synapse strengthens, another weakens.
A

Long Term Depression

38
Q

Biochemical Mechanisms of LTP are known to depend on changes

A

Glutamate Synapses

39
Q

o Extensive stimulation of the postsynaptic cell causes it to release retrograde transmitter that travels back to the presynaptic cell to modify it.

A

Retrograde Transmitter

40
Q

2 parts of Explicit (Declarative Memory)

A

Semantic and Episodic

41
Q

Implicit Memory

A

Procedural

42
Q

2 parts of long term memory

A

Explicit and Implicit

43
Q

Memories of a single personal event

A

Episodic

44
Q

Ability to state a memory in words

A

Declarstive