Ch15 Aquatic Therapy In Rehabilitation
- 1.The _____ counteracts the force of gravity as it assists motion toward the water's surface and resists motion away from the surface.
- A.
Buoyant force
- B.
Specific gravity
- C.
Cohesive force
- D.
Bow force
- E.
Drag force
- 2.Because of differences in the _____ of the body, the head and chest tend to float higher in the water than the heavier, denser extremities, making compensation with floatation devices necessary.
- A.
Buoyant force
- B.
Specific gravity
- C.
Cohesive force
- D.
Bow force
- E.
Drag force
- 3.There is a sloght but easily overcome ____ that runs in a parallel direction to the water surface.
- A.
Buoyant force
- B.
Specific gravity
- C.
Cohesive force
- D.
Bow force
- E.
Drag force
- 4.A second force is the _____, or the force that is generated at the front of the object during movement.
- A.
Buoyant force
- B.
Specific gravity
- C.
Cohesive force
- D.
Bow force
- E.
Drag force
- 5.This third force, the fluid ____, is very important in aquatic therapy. _____ on an object can be controlled by changing the shape of the object or the speed of its movement.
- A.
Buoyant force
- B.
Specific gravity
- C.
Cohesive force
- D.
Bow force
- E.
Drag force
- 6.Assist in edema control, decrease pain, increse mobility as edema decreases
- A.
Swelling/peripheral edema
- B.
Decreased ROM
- C.
Decreased strength
- D.
Weightbearing restrictions
- E.
Cardiovascular deconditioning or potential deconditioning due to inability to train
- F.
Gait deviations
- G.
Difficulty or pain with land interventions
- H.
Decreased balance, proprioception, coordination
- 7.Earlier initiation of rehabilitation, controlled active movements
- A.
Swelling/peripheral edema
- B.
Decreased ROM
- C.
Decreased strength
- D.
Weightbearing restrictions
- E.
Cardiovascular deconditioning or potential deconditioning due to inability to train
- F.
Gait deviations
- G.
Difficulty or pain with land interventions
- H.
Decreased balance, proprioception, coordination
- 8.Strength progression from assisted to resisted to functional; gradual increase in exercise intensity
- A.
Swelling/peripheral edema
- B.
Decreased ROM
- C.
Decreased strength
- D.
Weightbearing restrictions
- E.
Cardiovascular deconditioning or potential deconditioning due to inability to train
- F.
Gait deviations
- G.
Difficulty or pain with land interventions
- H.
Decreased balance, proprioception, coordination
- 9.Can partially or completely unweight the lower extremities; regulate weight bearing progressions
- A.
Swelling/peripheral edema
- B.
Decreased ROM
- C.
Decreased strength
- D.
Weightbearing restrictions
- E.
Cardiovascular deconditioning or potential deconditioning due to inability to train
- F.
Gait deviations
- G.
Difficulty or pain with land interventions
- H.
Decreased balance, proprioception, coordination
- 10.Earlier return to function in supported, forgiving environment, slower movements
- A.
Swelling/peripheral edema
- B.
Decreased ROM
- C.
Decreased strength
- D.
Weightbearing restrictions
- E.
Cardiovascular deconditioning or potential deconditioning due to inability to train
- F.
Gait deviations
- G.
Difficulty or pain with land interventions
- H.
Decreased balance, proprioception, coordination
- 11.Gradual increase of exercise intensity, alternative training environment for lower weight bearing
- A.
Swelling/peripheral edema
- B.
Decreased ROM
- C.
Decreased strength
- D.
Weightbearing restrictions
- E.
Cardiovascular deconditioning or potential deconditioning due to inability to train
- F.
Gait deviations
- G.
Difficulty or pain with land interventions
- H.
Decreased balance, proprioception, coordination
- 12.Slower movements, easier assessment, and modification of gait
- A.
Swelling/peripheral edema
- B.
Decreased ROM
- C.
Decreased strength
- D.
Weightbearing restrictions
- E.
Cardiovascular deconditioning or potential deconditioning due to inability to train
- F.
Gait deviations
- G.
Difficulty or pain with land interventions
- H.
Decreased balance, proprioception, coordination
- 13.Increased support, decreased weight bearing, assistance due to buoyancy, more relaxed environment
- A.
Swelling/peripheral edema
- B.
Decreased ROM
- C.
Decreased strength
- D.
Weightbearing restrictions
- E.
Cardiovascular deconditioning or potential deconditioning due to inability to train
- F.
Gait deviations
- G.
Difficulty or pain with land interventions
- H.
Decreased balance, proprioception, coordination
- 14.Select Contraindications and Precautions
- A.
Swelling/peripheral edema
- B.
Decreased ROM
- C.
Decreased strength
- D.
Weightbearing restrictions
- E.
Cardiovascular deconditioning or potential deconditioning due to inability to train
- F.
Gait deviations
- G.
Difficulty or pain with land interventions
- H.
Decreased balance, proprioception, coordination
- I.
Untreated infectious disease(patient has a fever/temperature)
- J.
Open wounds or unhealed surgical incisions
- K.
Contagious skin diseases
- L.
Serious cardiac conditions
- M.
Seizure disorders(uncontrolled)
- N.
Excessive fear of water
- O.
Allergy to pool chemicals
- P.
Vital capacity of 1 liter
- Q.
Uncontrolled high or low blood pressure
- R.
Uncontrolled bowel or bladder incontinence
- S.
Menstruation without internal protection
- 15.As a method, if focuses on muscle reducation, strengthening, spinal traction/elongation, relaxation, and tone inhibition. The properties of water----including buoyancy, turbulence, hydrostatic pressure, and surface tension----provide dynamic environmental forces during activities.
- A.
Bad Ragaz Ring Method
- B.
Burdenko Method
- C.
Halliwick Method
- 16.The components of dynamic healing include patterns of movements, injury assessment, and rehabilitation exercises that occur with the patient in a standing position
- A.
Bad Ragaz Ring Method
- B.
Burdenko Method
- C.
Halliwick Method
- 17.This method is frequenctly utilized with the pediatric population but portions of the technique can be utilized to improve and restore a patient's balance.
- A.
Bad Ragaz Ring Method
- B.
Burdenko Method
- C.
Halliwick Method