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Cogs 17 midterm 3

QuestionAnswer
Theory that suggests emotion is an after-the-fact label we give to arousal and associated behavior James-Lange Theory
Theory: once threat perceived (via Thalamus), emotion is simultaneous ANS activity & subjective experience Cannon-Bard Theory
Update of above that includes Limbic System in circuit Papez Circuit
Theory: Emotion is interaction between cognitive appraisal and automatic/limbic activity Schacter-Singer Theory
Key Limbic structure implicated in interpreting valence situations and coordinating an emotional response Amygdala
Area of amygdala, when stimulated, promotes attack Corticomedial Area
Area of amygdala responsible for coordinating Startle Reflex Lateral Nuclei
Areas of amygdala involved in conditioned fear and subsequent enhancement of startle reflex central & Basolateral Nuclei
Degenerative calcium buildup in amygdala that results in deficits ini interpreting facial expressions Urbach-Wieth Disease
Area of cortex, w/ reciprocal connections to amygdala, involved in expressing, inhibiting & reading emotion Frontal Cortex
Famous patient with damage to frontal cortex from accident during building railway Phineas Gage
Capacity to attribute mental states to others, prob mediated by late developing prefrontal amygdala links Autism
Prefrontal assessment of negative situation one is powerless to affect, can lead to Parasym-rebound, ulcers Helplessness
Ventral medial area of above cortical region involved in facial expression and (taste) reaction to disgust Anterior Insular Cortex
Result of damage in anterior insular cortex involving deficit in ability to spontaneously smile Emotional Facial Paraesis
Result of damage to mortor cortex for facial region that involves in deficit in voluntarily showin teeth Volitional Facial Paraesis
Common task used in lab to assess risk aversion Gambling Task
NT whose low turnover level (per metabolite 5-HIAA levels) associated w/ impulsiveness, aggression and depression Serotonin (5HT)
Excitatory NT associated w/ enhanced startle reflex CCK
Inhibitory NT, admits Cl- ions into cells, whose agonists (Valium, Xanax) are used to combat anxiety GABA
Rule of Conditioning: event associated w/ + (vs -) reinforcement will (vs. not) be repeated Law of Effect
Developed associated between stimuli, esp involving an unconditioned response Classical conditioning
Developed association between stimulus and response Operant conditioning
Co-activated neural circuits presumably involved in learning and retrieval of associations Hebbian Cell Assemblies
Physical changes in cells invovled in hebbian cell assemblies, associated w/ learning Long Term Potentiation (LTP)
Area of brain in which long term potentiation process has been well studied/described hippocampus
Type NT involved in long term potentiation Glutamate
Type of receptor site for Glutamate that is ionotropic and easy to stimulate AMPA receptor sites
type of receptor site for Glutamate that is difficult to stimmulate & often requires AMPA receptor sites to first hypo-polarize cell NMDA receptor sites
type of ion that blocks ion gate of above receptor site Mg++
Type of receptor site that above can change into after repeated co activity in a circuit AMPA receptor sites
one kind of change to dendrite structure that results in an increase in surface area and thus of available sites dendritic branching
act by post-synaptic cell membrane that results in division of "active zone" of pre-synaptic termminal Perforation
DNA transcribed to RNS translated to protein production that increases likelihood of neural activity Genetic
Rare (except in hippocampus) generation of new neurons associated w/ learning Neurogenesis
Recall of specific locations, spatial judgements of familiarity spatial
area of brain in which spatial memory process has been well studied/described hippocampus
motor skill; how to do it (peck a target, ride a bike) Procedural
areas of brain in which procedural memory process has been well studied/described cerebellum & striatum
episodic (personal history) & semantic/associative (facts) memory declarative
areas of brain in which declarative memory process has been well studied/described Hippocampus & mediodorsal thalamus
types of cells found in hippocampus whose activity becomes associated w/ particular parts of familiar environment Place cells
the type of map formed by a subject who gets to know the spatial layout of a particular environment cognitive map
subsection of above hindbrain area associated with conditioning of "eye blink" response Lateral interpositus (LIP)
area of tegmentum (in midbrain) that also plays a role in "eye blink" response red nucleus
task requiring applciation of rule "pick alternative that is the same as the sample stimulus match-to-sample task
area lesioned in rats caused impairment on match-to-sample task hippocampus
area of cortex associated w/ "working memory" esp when response delays are involved prefrontal cortex
syndrome, from B1 deficiency via chronic alcoholism that esp affects cells of prefrontal cortex Korkasoff's syndrome
type of memory deficit most commonly associated with Korkasoff's syndrome Anterograde Amnesia
area that projects to prefrontal cortex implicated in declarative memory Mediodorsal thalamus
Symptom of anterograde amnesia involving "tell-telling" in which imagination not distinguished from knowledge Confabulation
famous patient with damage to hippocampus & other temporal areas H.M.
deficit in ability to generate new memories Consolidation
type of learning/memories above patient unable to form declarative (fact)
h.m. did not show deficits in this type of learning/memory working memory
limbic structure that plays a role in learning such as "conditioned fear" and in arousal to "taboo" prosopagnosia
area of brain associated w/ prosopagnosia where presumably relevant data are "stored" fusiform gyrus
area of brain where well learned voices, words are "stored" dorsal temporal cortex
dominance of one cerebral hemisphere over the other for particular functions lateralization
test in which one hemisphere is anesthetized to test for capacity/speed of processing the other Wada test
Area in left temporal cortex larger in most humans (&some other primates) associated w/ language processing Planum temporale
cognitive principle that like-disrupts-like (e.g left hemisphere activated by language >> slowr right hand response) crossover
main bundle of axons connecting two hemispheres corpus callosum
patient in whom above connections have been severed (as in treatment for epilepsy) split brain patients
additional inter-hemisphere connection, between anterior cortex, esp of temporal lobes anterior commisure
hemisphere dominant for more language processing left
area associated w/ language production broca's area
location of broca's area left frontal lobe
type of aphasia assocaited w/ damage to broca's area nonfluent, productive, broca's aphasia
one type of difficulty in nonfluent/productive/broca's aphasia in which speech is slow and halting articulation difficulties
another deficit involving word order and the use of syntax markers in nonfluent/productive/broca's aphasia agrammatism
the fixed class of terms that organize syntactical relations such as prepositions, articles, conjunctions, etc closed class
deficit involving difficulty in "finding" words, esp of the closed class anomia
deficit in one aspect of the "language of the death" associated w/ anomia sign language production
area associated w/ language comprehension wernicke's area
location of wernicke's area left temporal lobe
type of aphasia associated w/ damage to wernicke's area fluent, receptive, wernicke's aphasia
unlabored speech, w/ normal prosody, sounds like it should make sense but it doesn't fluency
deficit involving difficulty in "finding" words, esp of the class below anomia
open (changeable) class of terms that includes nouns and verbs content terms
deficit in which patient cannot understand spoken words at all (even if can read or write) pure word deafness
deficit involving using irrelevant or made up words nonsensical speech
aspect of language of the deaf NOT affected by damage to wernike's area incomprehension
cortical area in which damage would result in affecting above language of the deaf parietal lobe
fibers that connect the broca's and wernicke's areas involved in production and comprehension of speech arcuate fasiculus
type of aphasia associated w/ damage to arcuate fasiculus (fibers that connect brocas and wernickes areas) conduction aphasia
deficit in which similar sounding words, but w/ different meanings are substituted during attempt to repeat phnemic paraphasia
aspect of working memory involving rehearsal that is probably important normal function of these connections phonological loop
ability to get the "gist," to see the "larger picture," to organize narrative, etc. right hemisphere- global pattern recognition
abilities involved in learning, remembering and navigating environments right hemisphere- spatial abilities
abilities involved in facial and nonverbal expression and interpretation right hemisphere- socio-emotional abilities
domain in which spatial and socio-emotional abilities come into place in the aesthetic organization of sound right hemisphere- music (esp melodic) perception and appreciation
Created by: hungaryhippo
 

 



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