Reverse Names Flashcards

1
Q

memory trace, physical basis of a stored mem.

A

engram

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2
Q

info processing ocurrers in parallel across a large number of distributed units

A

parallel distribulted processing model

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3
Q

mem damage more likley for new memories

A

ribots law

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4
Q

Declarative memories start out as connections between hippocampal and cortical neurons. Hippocampal neurons hold a unified account of a memory, over time representations become cortically represented and no longer need the hippocampus.

A

standard consolidation

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5
Q

Each time a memory is reactivated, a new memory trace is laid down through the hippocampus. Remote/rehearsed memories will have more traces because they have been reactivated more often.

A

multiple trace theory

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6
Q

hen one node in a network is activated, surrounding nodes are also more likely to become activated. Activation of one idea activated others

A

speading activation model

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7
Q

Priming alters a pre-existing memory representation. Priming activates nodes in a network; subsequent exposures are processed more efficiently due to this first activation.

A

modification theory

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8
Q

Priming leads to new representations of stimuli.

A

aquisition theroy

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9
Q

Learning to classify stimuli or make decisions based on statistical information. Ex. Weather-Prediction Task: (People eventually learn these tentative relationships, despite the fact that no explicit rule exists.) Cog Skill learning in striatum, medial-temp lobe.

A

probablistic classification learning

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10
Q

Hippocampus mediates memory for spatial relations among objects in the environment. Rodents have hippocampal place cells that are activated in specific locations in the environment.

A

cognitive map theory

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11
Q

The hippocampus is critical for all forms of episodic memory

A

episodic mem theroy

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12
Q

Perirhinal cortex and lateral entorhinal cortex are involved with memory for items [what, ventral]. Parahippocampal and medial entorhinal cortex are involved with memory for context [where, dorsal]. The hippocampus is involved with both systems.

A

in item contex theroy

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13
Q

Memory success is a function of the overlap between encoding and retrieval operations.

A

transfer appropriate processing

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14
Q

Conceptual knowledge is organized by sensory (form, colour, etc.) and functional (movements, uses, etc.) properties of the objects or concepts

A

sensory/functional therory

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15
Q

This theory suggests that concepts are organized by semantic category rather than by sensory properties. Only for important concepts.

A

domain specific theory

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16
Q

researchers compare encoding-related activity for items that were remembered versus those that were forgotten.

A

sybsequent memory paradigm

17
Q

mental state of episodic retrieval (the retrieval of episodic memories) which is assumed to be qualitatively different from the mental states of other cognitive abilities.

A

retrieval mode

18
Q

Remembering to perform a planned action at the appropriate time.

A

prospective memory

19
Q

brain damage where language is effected

A

aphasia

20
Q

robot-like speach

A

aprosodia

21
Q

when one word getting activated activates others as well

A

expectancy induced priming

22
Q

words slurred together j’amie

A

coarticulated

23
Q

An inability to form normal syntax.

A

agrammatic aphasia

24
Q

this circuit involves brain areas connected to the hypothalamus. Hypothal—>anterior thal—>cingulate gyrus—>hippocamp—>hypothal

A

papez circuit

25
Q

damage to anterior temp that includes lack of appreciation for the motivational significance of objects in the environment, hyperorality and altered sexual behaviour

A

Kulver-Bucy syndrome

26
Q

sweat

A

galvantic skin responce

27
Q

VMPFC links factual knowledge and information about ANS, endocrine, and musculoskeletal changes associated with an event. When a similar event occurs, these ‘____’ are retrieved. The VMPFC triggers reactivation of the somatosensory pattern by stimulating emotional structures such as the amygdala. Tested with Iowa gambling task.

A

semantic market hypoth

28
Q

basilateral amyg is NB for ________ processing in other brain regions to enhance retention of emotional events. Epinep and Norepinep [Active beta-adrenergic receptors in the PNS. The resulting signals are carried to the brainstem via the vagus and glossopharyngeal nerves. The brainstem then projects to the hypothalamus, amygdala, and other emotional structures.]

A

memory modulation hypoth

29
Q

A moderate amount of stress or emotion helps memory. Too much or too little emotion impairs memory.

A

Yerkes-Dodson Law

30
Q

_____ (Initial transfer (or stabilization) of memory from short-term to long-term memory. ) ________ (The reorganization of the brain’s representation of an episode. The brain region necessary for post-encoding memory is no longer needed to preserve that memory. )

A

synaptic consolidation and system consolidation

31
Q

Items are stored in ‘memory space’ in which relationships are coded by overlapping cues. Neurons don’t represent a global topography. Neurons represent relationships amongst cues. taught rats to choose cups that were associated with odors that had been differentially rewarded.

A

Relational Memory Theory

32
Q

Roughly speaking, the effect is characterized by a warping of perceptual space such that acoustic patterns near phonemic cate- gory centers are perceived as closer together than equally spaced acoustic patterns that are further away from phonemic category centers

A

Perceptual Magnet theory

33
Q

when stimulus repeated, neurons that arn’t essential fire less and the responce gets quicker

A

sharpening model of priming

34
Q

hippo is for spacial memory and the perrhial is for item based

A

hippo-perrihial theory