Things I Don't Know Flashcards

1
Q

what elicits the sensation of a bitter taste?

A

alkaloids

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2
Q

What begins the discriminative aspects of taste?

A

the VPM of thalamus

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3
Q

what brain region integrates the emotional response to an odor?

A

periamygdaloid cortex

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4
Q

remember going camping when smelling a fire?

A

entorhinal cortex–> hippocampus

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5
Q

feeling happy upon smelling cooking baking in the over?

A

periamygdaloid cortex

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6
Q

appreciating the look, smell, flavor, and texture of food?

A

the medial orbitofrontal cortex

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7
Q

feeling hungry after smelling good food

A

piriform cortex to lateral hypothalamus

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8
Q

salivating in response to a delicious taste?

A

nucleus tractus solitarius

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9
Q

identifying the taste of cinnamon in a dessert?

A

gustatory cortex

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10
Q

appreciating the look and smell of food

A

orbitofrontal cortex

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11
Q

eating a cooking conjures fond memories of childhood

A

amygdala

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12
Q

seeing a plate of food and realizing you are hungry

A

hypothalamus

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13
Q

calming down after eating your food

A

limbic system

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14
Q

what is the core of the theory of mind?

A

amygdala, mediotemporal lobes, and the orbitofrontal cortex

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15
Q

what parts of the brain function in the expected reward system?

A

the basal ganagli, insular cortex, intraparietal area, and the amygdala

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16
Q

if the auditory cortex, the right posterior superior temporal sulcus and frontal cortex is activated, what is happening?

A

hearing and understanding prosody

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17
Q

what are we doing when the superior temporal sulcus and the fusiform gyrus is activated?

A

recognizing faces

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18
Q

how do you get to an emotional comprehension?

A

the anterior cingulate cortex, the prefrontal cortex, and the amygdala

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19
Q

what is happening if the dorsomedial posterior hypothalamus is activated?

A

you are shivering

20
Q

what nucleus relays information from the hypothalamus to the autonomic nucleus?

A

the paraventricular nucleus

21
Q

what parts of the brain are required to make you avoid something?

A

entorhinal cortex, lateral posterior hypothalamus, and the dorsal midbrain

22
Q

if most of the receptors in the area are increasing their discharge rate as the temperature goes up, where are these thermoreceptors located?

A

pre-optic and super optic parts of the hypothalamus

23
Q

which part of the brain links a positive outcome to a decision made, integrates signals to arrive at a gut feeling, and helps us delay gratification when it comes to expressing our emotions?

A

the ventromedial prefrontal cortex

24
Q

what does the dorsolateral prefrontal cortex do?

A

monitors performance

25
Q

what part of the brain monitors our current emotional state and detects events that might change our emotional state?

A

the anterior cingulate cortex

26
Q

What neurons in the hippocampus provide the spatial map that is believed to allow us to scaffold a recalled memory

A

place cells

27
Q

what part of the brain is responsible for mediating shivering?

A

dorsomedial posterior hypothalamus

28
Q

what does calcium binding to calmodulin produce?

A

increase in cAMP–> phosphorylation of the AMPA receptor

29
Q

what happens when calcium binds to calcineurin?

A

activation of NOS

30
Q

what does consolidating a memory from short to long term require?

A

hippocampus, temporal lobes, papez circuit

31
Q

the sensory inputs used to create fear arrive at what part of the amygdala?

A

the lateral nucleus of the amygdala

32
Q

how do you inhibit anger?

A

neocrotex, dorsomedial hypothalamic nucleus

33
Q

what causes olfactory fear conditioning?

A

the anterior cortical amygdaloid nucleus

34
Q

what do ABC transporters work to do?

A

to clear the all-trans retinal from photoreceptors

35
Q

mutations in ABC4 are known to cause what?

A

macular degeneration

36
Q

what is grave’s disease?

A

primary hyperthyroidism

37
Q

what is associative visual agnosia?

A

patient cannot name or describe an object in the visual field but he can recognize and demonstrate its use

38
Q

what causes associative visual agnosia?

A

PCA damage- infarction of the left occipital lobe and posterior corpus callosum

39
Q

what constantly activates the NA?

A

hippocampus, amygdala, PFC

40
Q

how does the ventral tegmental area get activated?

A

EAA from the PFC, Acethylcholine from the dorsal tegmental area, or orexin from the hypothalamus

41
Q

in addition to releasing GABA, what do the NA neurons also release onto the VTA?

A

dynorphin

42
Q

where does dynorphin bind on the VTA?

A

on the kappa-opiod receptor

43
Q

where are endogenous opioids released onto and what receptor do they bind to?

A

the VTA, NA, and the PFC; bind to a mu-opioid receptor

44
Q

how do endogenous opioids increase DA in the VTA?

A

by inhibition of GABAergic neurons

45
Q

what does the locus ceruleus mediate?

A

physical dependency

46
Q

what can be two targets of CREB?

A

the locus ceruleus and dynorphin