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55 Cards in this Set

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cryotherapy


therapeutic range:

0-10 degrees celcius

cryotherapy


normal body response to cold:

1. initial vasoconstriction -> reflex vasodilation -> LEWIS-HUNTING RESPONSE/ PHENOMENON


2. changes in sensation (CBAN)


3. decrease in NCV

CBAN

cold


burning


aching


numbness

cryotherapy


general indication:

acute injury


pain


ms. facilitation (quick icing)


ms. inhibition (prolonged icing)

ms. facilitation (quick icing)


ms. inhibition (prolonged icing)

Roods

cryotherapy


contraindications:

1. cold hypersensitivity/ cold urticaria (allergic to cold)


2. raynaud's phenomenon/ dse (constriction)


3. sickle cell anemia (decrease O2 supply d/t abnormal RBC)


4. cryglobulinemia -> gel-like blood

itchy skin, pulmo

cold hypersensitivity/ cold urticaria (allergic to cold)

cold pack


vapocoolant spray


contrast bath

cryotherapy

same with hydrocollator packs

cold pack

cold pack time:

5-10 mins

shillings (halo-halo)

ice towel

not beyond 5 mins

ice towel

provides greatest magnitude of tissue cooling

ice massage

ice massage time:

3-10 mins

evaporation

vapocoolant spray

does not decrease swelling

vapocoolant spray

vapocoolant spray


substances:

fluorimethane


ethylchloride


(both are highly flammable)

vapocoolant spray


parameters: DISTANCE

18"-24"

vapocoolant sprayparameters: ANGLE

30"-45"

vapocoolant sprayparameters: RATE

2-3 inches per second

alternating hot & cold

contrast bath

for vascular exercise

contrast bath

contrast bath


braddom protocols:


CYCLE:


HOT:


COLD:

cycle: 5 mins (4-5 cycles)


hot: 4 mins start


cold: 1 min end

to decrease swelling [subacute stage]

contrast bath BRADDOM

contrast bath


Wadsworth:


CYCLE


HOT


COLD

cycle: 4 mins


hot: 3 mins start- end


cold: 1 min

to increase circulation [chronic stage]

contrast bath Wadsworth

properties of water:


1. bouyancy


2. hydrostatic pressure


3. surface tension


4. cohesion


5. adhesion


6. hydromechanics

hydrotherapy

upward thrust created by water is equal to the volume of liquid that is displaced

bouyancy

provides relative weightlessness/ jt. unloading

bouyancy

bouyancy


C7;

10% WB

bouyancy


xiphoid process:

33% WB

bouyancy


ASIS:

50%

bouyancy


amount of weight loss: Symphysis pubis

40% = 60% WB

code: 4, 5 SUX

bouyancy


amount of weight loss: Umbilicus

50% = 50% WB

code: 4, 5 SUX

bouyancy


amount of weight loss: Xiphoid process

60% = 40% WB

code: 4, 5 SUX

upward movt's

bouyancy assisted

downward movt's

bouyancy resisted

horizontal movt's

bouyancy supported

use of equipment/ devices (plywood)

bouyancy superresisted

pressure exerted by th emmersed object

hydrostatic pressure

pascal's law

hydrostatic pressure

pressure exerted by water is equal on all surface at a specific level

pascal's law

to reduce edema

pascal's law (hydrostatic pressure)

assist venous return

pascal's law (hydrostatic pressure)

water acts as membrane under tension at a specific surface

surface tension

water molecule to water molecule

cohesion

H2O to H2O

cohesion

water molecule to other molecules

adhesion

water at the wirlpool

adhesion

physical properties & characteristics of water

hydromechanics

a. laminar flow


b. turbulent flow


c. drag

hydromechanics

parallel with each other

laminar flow (hydromechanics)

not paralleled (washing machine)

turbulent flow (hydromechanics)

cumulative effects of turbulence & viscosity

drag (hydromechanics)

to increase resistance = increase speed of movt's

turbulence (drag)