test 1.4 Flashcards

1
Q

what are three types of pain perceptions

A

affective
behavioral
cognitive

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2
Q

how is affective pain perception described

A

one’s emotional factors that can affect pain experience

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3
Q

how is behavioral pain perception described

A

how one expresses or controls pain

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4
Q

how is cognitive pain perception described

A

one’s beliefs (attitudes) about pain

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5
Q

what type of pain is the following sharp, bright, burning; can have a fast or slow onset (Cutaneous, Deep Somatic, Visceral, Pyschogenic pain)

A

Cutaneous pain

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6
Q

what type of pain is the following stems from tendons, muscles, joints, periosteum and blood vessels (Cutaneous, Deep Somatic, Visceral, Pyschogenic pain)

A

deep somatic pain

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7
Q

what type of pain is the following originates from internal organs; diffused at first and later may be localized (Cutaneous, Deep Somatic, Visceral, Pyschogenic pain)

A

Visceral pain

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8
Q

what type of pain is the following individual feels pain but cause is emotional rather than physical (Cutaneous, Deep Somatic, Visceral, Pyschogenic pain)

A

Pyschogenic pain

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9
Q

what are two types of referred pain

A

myofascial pain and sclertomic/dermatomic pain

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10
Q

what is active myofascial pain

A

hyperirritable; causes obvious complaint

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11
Q

what is latent myofascial pain

A

dormant; produces no pain except loss of ROM

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12
Q

what is sclerotomic/dermatomic pain

A

deep pain; may originate from sclerotomic, myotomic or dermatomic nerve irritation/injury

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13
Q

is this fast or slow pain;localized; carried through A-delta axons in skin

A

fast

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14
Q

is this fast or slow pain;aching, throbbing, burning; carried by C fibers

A

slow

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15
Q

which of the following is abnormal acuteness of

sensitivity to touch, pain, or other sensory stimuli; hyperesthesia, paresthesia, inhibition, analgesic

A

hyperesthesia

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16
Q

which of the following is abnormal sensation, such

as burning, pricking, tingling; hyperesthesia, paresthesia, inhibition, analgesic

A

paresthesia

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17
Q

which of the following is depression or arrest of a

function; hyperesthesia, paresthesia, inhibition, analgesic

A

inhibition

18
Q

which of the following is a neurologic or

pharmacologic state in which painful stimuli are no longer painful; hyperesthesia, paresthesia, inhibition, analgesic

19
Q

what is adaptation by the sensory receptors to various stimuli over an extended period of time (e.g. superficial hot & cold agents).
Less sensitive to stimuli.

A

accommodation phenomeno

20
Q

true or false

evaluating pain is difficult since subjective symptom rather than an objective sign

21
Q

are nerves that transmit impulses from the periphery to the brain Afferent (asecending) or Efferent (descending)

A

Afferent (ascending)

22
Q

are nerves that transmit impulses from the brain to the periphery Afferent (asecending) or Efferent (descending)

A

Efferent (descending)

23
Q

which of the following types of nerves send out non-pain impulses; A-alpha, A-beta, A-delta, C

A

A-alpha and A-beta

24
Q

which of the following types of nerves send out pain impulses; A-alpha, A-beta, A-delta, C

A

A-delta and C

25
Q

where do third order neurons begin

26
Q

what do descending neurons do

A

Transmit impulses from the brain (corticospinal tract in the cortex) to the spinal cord (lamina)

27
Q

does Periaquaductal gray area release enkephalins or serotonin

A

enkephalins

28
Q

does Nucleus raphe magnus release enkephalins or serotonin

29
Q

true or false Stimulation of the PGA in the midbrain and NRM in the pons and medulla yields analgesia

30
Q

which of the following is responsible for the transmission of pain-producing impulse; Substance P, Acetylcholine, Erkephalins, or norepinephrine

A

Substance P

31
Q

which of the following is responsible for transmitting motor nerve impulses; Substance P, Acetylcholine, Erkephalins, or norepinephrine

A

Acetylcholine

32
Q

which of the following reduces pain perception by bonding to pain receptor sites; Substance P, Acetylcholine, Erkephalins, or norepinephrine

A

Erkephalins

33
Q

which of the following causes vasoconstriction; Substance P, Acetylcholine, Erkephalins, or norepinephrine

A

Norepinephrine

34
Q

what does endorphins do

A

thought to increase pain threshold by binding to receptor site

35
Q

what does serotonin do

A

substance that causes local vasodilation and increase permeability of capillaries

36
Q

what are the types of sensory receptors for mechanoreceptors

A

-Meissner’s corpuscles (light touch)
– Pacinian corpuscles (deep pressure)
– Merkel’s corpuscles (deep pressure)

37
Q

what are the types of sensory receptors for thermoreceptors

A
  • Krause’ end bulbs

- Ruffini corpuscles

38
Q

what are the types of sensory receptors for proprioreceptors

A

-Muscle Spindles
– Golgi Tendon Organs
– Ruffini corpuscles

39
Q

what are the types of sensory receptors for nocieptors

A

– Mechanosensitive – Chemosensitive

40
Q

what is primary hyperalgesia due to

A

due to injury

41
Q

what is secondary hyperalgesia due to

A

due to spreading of chemical mediatorrs

42
Q

what is the order that information is sent to for acute pain

A

Nociceptor ->spinal cord -> 2nd order neuron -> thalamus