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Clinical Application of NMES and
Iontophoresis Techniques Verified and
Updated Questions and Answers (100%
Correct Answers)
NMES
Answer: Neuromuscular Electrical Stimulation for muscle therapy.
Muscle re-education
Answer: Restoring normal muscle function post-injury.
Muscle strengthening
Answer: Increasing muscle force and endurance through stimulation.
Atrophy delay
Answer: Preventing muscle wasting during immobilization.
Spasticity reduction
Answer: Decreasing muscle stiffness and involuntary contractions.
Type II nerves
Answer: Large-diameter nerves stimulated first by NMES.
Biphasic wave
Answer: Common waveform used in NMES devices.
Russian current
Answer: Alternating current for deeper muscle penetration.
Swelling reduction
Answer: Decreasing edema through enhanced muscle contractions.
Pulse rate
Answer: Determines type of muscle contraction elicited.
Duty cycle
Answer: Ratio of on-time to off-time in stimulation.
Ramp time
Answer: Time to reach peak current intensity.
Clinical Application of NMES and
Iontophoresis Techniques Verified and
Updated Questions and Answers (100%
Correct Answers)
NMES
Answer: Neuromuscular Electrical Stimulation for muscle therapy.
Muscle re-education
Answer: Restoring normal muscle function post-injury.
Muscle strengthening
Answer: Increasing muscle force and endurance through stimulation.
Atrophy delay
Answer: Preventing muscle wasting during immobilization.
Spasticity reduction
Answer: Decreasing muscle stiffness and involuntary contractions.
Type II nerves
Answer: Large-diameter nerves stimulated first by NMES.
Biphasic wave
Answer: Common waveform used in NMES devices.
Russian current
Answer: Alternating current for deeper muscle penetration.
Swelling reduction
Answer: Decreasing edema through enhanced muscle contractions.
Pulse rate
Answer: Determines type of muscle contraction elicited.
Duty cycle
Answer: Ratio of on-time to off-time in stimulation.
Ramp time
Answer: Time to reach peak current intensity.
