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  • Quinn Karylle Fuentes

  • 問題数 96 • 3/14/2024

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    問題一覧

  • 1

    A motor function and travels from brain to periphery

    Efferent.

  • 2

    A sensory and travels from periphery to brain.

    Afferent.

  • 3

    What is the response in stimulus

    Irritation.

  • 4

    Neuro terminal also know as

    Axon terminal.

  • 5

    It is the protection of axon

    Mylein sheath.

  • 6

    Damage in mylein sheath called as

    Multiple scherossis.

  • 7

    What are the 2 types of neuron

    Action state, Resting state

  • 8

    Increase neuronal activity

    Action.

  • 9

    SPO is applicable in?

    Action state

  • 10

    SPO standa for?

    Sodium in Potassium out

  • 11

    Decrease neuronal action.

    Resting state.

  • 12

    PISO is applicable in?

    Resting state

  • 13

    PISO stands for?

    Potassium in Sodium out

  • 14

    A chemical messengers of neuron

    Neurotransmitter

  • 15

    Presynapse functions are?

    Maintain normal balance, Do not cause action potential but NFE , Pre sympathetic receptors

  • 16

    Presynapse functions are?

    Synthesis , Storage, Release of neuron

  • 17

    Negative feedback affect which lower the synthesis and lower its release

    NFE

  • 18

    This is where mjority of the receptors located

    Post synpase.

  • 19

    It create potential at pharmaceutical response

    Post synapse

  • 20

    Constrict the pupil

    Miosis

  • 21

    Dilate the pupil

    Mydriasis

  • 22

    In brain adrenaline rush can cause?

    Increase mental fear

  • 23

    In lungs the adrenaline rush can cause?

    Bronchodilation

  • 24

    It produce in adrenal gland

    Norepinephrine

  • 25

    What is the precursor of corticosteroids

    Cortisol.

  • 26

    Catecholamines also know as?

    Orthodihydroxybenzene, 1,2- dihyrdoxybenzene

  • 27

    What is the precursor of catecholamines

    Tyrosine.

  • 28

    An increase sedation of catecholamine can produce cyst (bukol) T/F

    True

  • 29

    It control involuntary muscle

    White matter

  • 30

    Myleinated function

    White matter

  • 31

    Nerve cell and branching of dendrites

    Grey matter

  • 32

    Controlled sense of body

    Grey matter.

  • 33

    It control the involuntary muscle

    Autonomic

  • 34

    Movement of voluntarily muscle

    Somatic

  • 35

    What are under od autonomic

    Sympathetic, Parasympathetic, Enteric CNS

  • 36

    What are the functions of Sympathetic

    increase heart rate, Bronchodilation , Also know as fight or flight, AKA adrenaline rush

  • 37

    What are the examples of Sympathetic

    Trauma, Fear, Cold exercise

  • 38

    What is the neurotransmitter of Sympathetic

    Catecholamines.

  • 39

    What are the receptors of catecholamines

    Alpha , Beta, Dopamine

  • 40

    Sympathetic also know as

    Adrenergic

  • 41

    What are the functions of paraSympathetic

    Bronchoconstriction , Decrease heart rate, Rest of digest

  • 42

    Parasympathetic has a opposite function of Sympathetic (

    True

  • 43

    What is the neurotransmitter of Parasympathetic

    Acetylcholine

  • 44

    What are the receptors of acetylcholine

    Nicotinic , Muscarinic

  • 45

    Contractions of collon or large intestine

    Enteric cns

  • 46

    A rate limiting step

    Tyrosine

  • 47

    VMA stands dor vanillyn mandelic acid (T/F)

    True

  • 48

    Where did tyrosine enter?

    Sodium

  • 49

    If tyrosine undergo in tyrosine hydrogenase it will produce?

    Dopa.

  • 50

    If Dopa undergo in Dopa hydrogenase it will produce?

    Dopamine.

  • 51

    If Dopamine undergo in Dopamine -3-hydroxylasw it will produce?

    NE

  • 52

    Dopamine and epinephrine produce a release (True/False)

    True.

  • 53

    What are the under of release

    Bind, inactivator

  • 54

    Tyrosine is a rate limiting step

    True

  • 55

    What are the stress hormones.

    Catecholamines , Cortisol.

  • 56

    first catecholamine to be synthesized in the biosynthesis.

    Dopamine.

  • 57

    What is the effect in the heart in SNS

    Tachycardia.

  • 58

    What is the effect in the heart in PNS

    Bradycardia.

  • 59

    What is the effect in the Pupil in SNS

    Mydriasis

  • 60

    What is the effect in the pupil in PNS

    Miosis

  • 61

    What is the effect in the Bronchi in SNS

    Relaxation

  • 62

    What is the effect in the Bronchi in PNS

    Construction.

  • 63

    What is the effect in the bladder in SNS and PNS

    Contraction.

  • 64

    What is the effect in the bladder sphincters in SNS and PNS

    Relaxation.

  • 65

    What is the effect in the Interstenal wall in SNS and PNS

    Contractions.

  • 66

    What is the effect in the intertenal sphincter in SNS

    Hyperdyrosis.

  • 67

    What is the effect in the intersinal sphincter in PNS

    Relaxation.

  • 68

    What is the effect in the apocrine in SNS and PNS

    Anhydrosis.

  • 69

    What is the effect in the Ecrine in SNS

    Anhydrosis.

  • 70

    What is the effect in the Ecrine in PNS

    Hyperhydrosis.

  • 71

    First recognized ganglionic blocker

    Tetraethammonium

  • 72

    First effective drug for management of hypertension. It is now rarely used for HTN due to lack of selectivity compared to newer agent

    Hexamethonium.

  • 73

    -An analog of hexamethonium effective as neuromuscular depolarizing blocking agent.

    Decamethonium.

  • 74

    -secondary amine studied for possible use in reducing nicotine craving in patients attempting to quit smoking

    Mecamylamine

  • 75

    -inactive orally and given as IV infusion, short-acting ganglion blocker, occasionally used in the treatment of hypertensive emergencies

    Trimethaphan

  • 76

    If norepinephrine under go to Catechol-O methyltransferase it will yields

    Normetanephrine.

  • 77

    If Dihydroxymandelic under go to Catechol-O methyltransferase it will yields

    Vanillylmandelic acid.

  • 78

    If Normetanephrine under go to Monoamine oxidase is will yeild as?

    Vanillylmandellic acid.

  • 79

    If metanephrine under go to Monoamine oxidase is will yeild as?

    Vanillylmandellic acid.

  • 80

    If Norephrine under go to Monoamine oxidase is will yeild as?

    Dihydroxymandelic acid.

  • 81

    If Epinephrine under go to Monoamine oxidase is will yeild as?

    Dihydroxymandelic acid.

  • 82

    If Epinephrine under go to Catechol-O methyltransferase it will yields

    Metanephrine.

  • 83

    This final product is measured in urine and plasma

    Vanillylmandelic acid.

  • 84

    excreted using a transport mechanism called .

    Exocytosis

  • 85

    axon terminal makes contact with other neurons

    Neurotransmission.

  • 86

    It interacts with specialized receptors.

    Neurotransmitter.

  • 87

    initiation of movement, coordination of -movement -temperature - touch -vision -hearing, -judgment, + reasoning, problem solving, emotions, and learning.

    Cerebrum.

  • 88

    largest part of the brain which contains the cerebral cortex

    Telencephalon.

  • 89

    Activated by aCH; Muscle contraction.

    Nicotinic muscular.

  • 90

    Ganglia bith SNS and PNS in the pre-ganglionic fiber.

    Nicotinic neutral.

  • 91

    management for myasthenia gravis

    Pyridoxamine , Neostigmine , Ambenonium

  • 92

    Mgt for atropine toxicity

    Neostigmine

  • 93

    Mgt for neuromuscular blocker toxicity

    Neostigmine , Endophonium.

  • 94

    Useful for glaucoma

    Pilocarpine , Ecothiopate, Carbachol., Demecarium.

  • 95

    For non obstructive illeus

    Physostigmine

  • 96

    Smoking sensation

    Nicotinic , Varenictine.