Ch 13 - Psychopharmocology Flashcards

(70 cards)

0
Q

drugs produced from outside the body

A

exogenous

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1
Q

drugs produce from within

A

endogenous

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2
Q

how a drug works

A

effects

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3
Q

where a drug works

A

site of action

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4
Q

how a drug gets used

A

pharmacokinetics

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5
Q

to affect you, a drug must blank

A

bind to a receptor

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6
Q

faster a drug gets to site of action, the more blank

A

addictive

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7
Q

after a certain dose of drug, increasing doses blank

A

does not produce stronger effect

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8
Q

difference between desired effect and undesired effect like mortality

A

margin of safety

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9
Q

takes a higher dose to get the same effect

A

tolerance

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10
Q

dose of a drug creates augmented effect… and locomotor activity increases as well as WANT for the drug

A

sensitization

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11
Q

a substance from which another substance is formed

A

precursor

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12
Q

drugs that facilitate postsynaptic effects

A

agonist

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13
Q

drugs that block postsynaptic effects

A

antagonist

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14
Q

competitive binding of agonists and antagonists

A

direct

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15
Q

noncompetitive binding of agonists and antagonists

A

indirect

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16
Q

neurotransmitters must be:

A
  1. in synaptic terminal
  2. calcium dependent release
  3. subject to inactivation
  4. receptors exist
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17
Q

3 nt families

A

amino acids, monoamines, neuropeptides

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18
Q

glutamate, aspartate, glycine, gaba are blank NTs

A

amino acids

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19
Q

catecholamines, indoleamines, histamine, acetlycholine are blank NTs

A

monoamines

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20
Q

substance P, endorphins, enkephalins are blank NTs

A

neuropeptides

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21
Q

90% of CNS involve the 4 blank neurotransmitters

A

amino acid

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22
Q

glutamate and aspartate are blank NTs

A

excitatory

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23
Q

gaba and glycine are blank NTs

A

inhibitory

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24
major inhibitory CNS neurotransmitter
gaba
25
gaba is made from blank and blank
glutamade, gad
26
glutamate and gad makes these two things
gaba, co2
27
chloride concentration is blank inside than outside
less
28
two gaba indirect agonists
valium, phenobarbital
29
gaba a receptors allow blank ions in
chloride
30
gaba b receptors are connected to blank channels
potassium
31
precursor of dopamine, norepinephrine, epinephrine
tyrosine
32
precursor of serotonin
tryptophan
33
first man to isolate neurotransmitter
otto loewi
34
two ach receptor subtypes
muscarinic, nicotinic
35
sympathetic has blank synapses, releases blank at first and blank at second
2, ach, norepinephrine
36
parasympathetic has blank synapses, releases blank at first and blank at second
2, ach, ach
37
somatic has blank synapses and releases blank
1, ach
38
dopamine, norepiniphrine, epinephrine are all this type of monoamine
catecholamine
39
serotonin is this type of monoamine
indoleamine
40
tyrosine through tyrosine hydroxylase is converted to blank and is the rate limiting step
dopa
41
dopa becomes blank through aromatic amino acid decarboxylase
dopamine
42
dopamine is converted to blank via dopamine beta hydroxylase
norepinephrine
43
norepinephrine is converted to blank via pnmt
epinephrine
44
only two places that make dopamine
substantia nigra, ventral tegmental area
45
vta, substantia nigra are in the blank
midbrain/mesencephalon
46
pathway of dopamine that is reinforcement, drug addictino, schizo
mesolimbic
47
mesolimbic has dopamine coming from this part of vta
nucleus accumbens, amygdala
48
dopamine for STM, and planning
mesocortical
49
mesocortical has dopamine coming from this part of vta
prefrontal cortex
50
pathway of dopamine for movement and comes from substantia nigra
nigrostriatal
51
norepinephrine uses axonal blank
varicosities
52
cocaine causes blank effect of dopamine
prolonged
53
tryptophan is converted to blank via tryptophan 5-hydroxylase and is the blank
5 htp, rate limiting step
54
5 htp is converted to blank via aromatic amino acid decarboxylase
5 ht (serotonin)
55
serotonin is released blank the brain rather than specific blank
throughout, pathways
56
serotonin is made in blank
raphe nuclei
57
mao inhibitor mess with blank and are for blank
monoamine oxidase, depression
58
ssri blocks the blank of serotonin and are for blank
reuptake, depression
59
peptide transmitters have recently been found to act as transmitters in the blank
cns
60
peptides may blank other neurotransmitters
modulate
61
there is blank of peptides with classical neurotransmitters
colocalization
62
the study of the effects of exogenous drugs on the nervous system and behavior
psychopharmacology
63
drugs can modulate blank in many different ways
neurotransmitters
64
first natural ligand for thc discovered
anandamide
65
thc stimulates blank receptors in cerebellum, globus pallidus, hippocampus, and substantia nigra
cannabioid
66
there are blank receptors for marijuana in blank
few, brainstem
67
thc has a low blank
toxicity
68
drug that distorts visual perception / serotonin
lsd
69
drug that is a noradrenergic/serotonergic agonist, excitatory and hallucinogenic effects; short term feeling of euphoria and well being
mdma (ecstasy)