thermal agents Flashcards

1
Q

thermal energy works by

A

transferring that from one object to another

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2
Q

cryotherapy

A

causes tissue temp to decrease

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3
Q

therm-therapy

A

produces a tissue temp to increase

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4
Q

electrical to mechanical energy

A

conversion

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5
Q

ice on leg is what type of mechanism

A

conduction

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6
Q

examples of conduction

A

ice massage
cold/ice packs
hot packs
cold spray
ice bath

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7
Q

types of convention

A

hot whirlpool
cold whirlpool
fluidotherapy
whole body cryotherapy

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8
Q

types of radiation

A

infrared lamps
laser
ultraviolet light

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9
Q

types of conversion

A

ultrasound
diathermy

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10
Q

why cold therapy?

A
  • decrease temp
  • decrease blood flow
  • decrease metabolis
  • decrees inflammation
  • decrease muscle spasm
  • decrease elasticity
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11
Q

why heat therapy?

A
  • increase temp
  • increase blood flow
  • increase metabolism
  • increase elasticity
  • increase healing process
  • decrease pain
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12
Q

cryotherapy: depth of the tissue temperature changes up to

A

5cm

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13
Q

cryotherapy: hemodynamic effects – when tissue temperature <50, a cold induced

A

vasodilation occurs

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14
Q

cryotherapy: physiologic response (4 stages)

A

cold
burning
achy
numbness

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15
Q

tissue temperature for therm-therapy

A

104 to 113

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16
Q

thermotherapy: depth of tissue temperature change

A

most superficial 1-3cm
- 2 heating agents deep up to 5cm

17
Q

therm-therapy: hemodynamic effects initial heating causes

A

vasodilation

18
Q

true or false: no heat during actor injury

A

true

19
Q

therm-therapy - connective tissue effects:

A
  • increased elasticity
  • decreased viscosity
  • decreases joint stiffness
  • increases muscle flexibility
20
Q

frostbite

A

freezing a body part and occurs when tissue temperature falls below 32F

21
Q

burning greater than 113F could cause

A

tissue damage or burning or skin mottling can occur

22
Q

hunting response

A

oscillation from vasoconstriction to vasodilation