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Iontophoresis waveform
Low level DC
Iontophoresis - Treatment negative ion mediation connects to
Black lead wire
Iontophoresis - Treatment positive ion mediation connects to
Red lead wire
Iontophoresis Tx Duration: 40 mA*min & 0.5 mA intensity
80 minutes
Iontophoresis Tx Duration: 40 mA*min & 1 mA intensity
40 minutes
Iontophoresis Tx Duration: 40 mA*min & 2 mA intensity
20 minutes
Iontophoresis Tx Duration: 40 mA*min & 3 mA intensity
13.3 minutes
Iontophoresis Tx Duration: 40 mA*min & 4 mA intensity
10 minutes
Ionto max amplitude/intensity
4 mA
Typical (range) dosage for Ionto
20-80 mA*min for 5-20 minutes
NMES for Muscle Strengthening: Waveform
Biphasic PC or burst modulation AC (Russian or Aussie)
NMES for Improve ROM/Decrease spasm: Waveform
Biphasic PC or burst modulation AC (Russian or Aussie)
NMES for Reduction of Subacute or Chronic Edema: Waveform
Biphasic PC or burst modulation AC (Russian or Aussie)
(must have limb elevated)
FES: Waveform
Biphasic PC or burst modulation AC (Russian or Aussie)
EMS: Waveform
Monophasic or DC
NMES for Muscle Strengthening: Pulse Duration
200-600 microseconds
- Small muscles: 125-200 microseconds
- Large muscles: 200-250 microseconds
NMES for Muscle Strengthening: Pulse Frequency
20-80 pps or bursts per sec
- Small muscles: 20-30+ pps
- Large muscles: 50+ pps
NMES for Muscle Strengthening: Amplitude/Intensity
As high as tolerated with a goal of reaching > 50% max voluntary contraction (MVC)
NMES for Muscle Strengthening: On:Off Time
1:3 to 1:5 with on-time up to 10 seconds and off time up to 50 seconds
NMES for Muscle Strengthening: Ramp On & Off Time
Ramp up: 1-5 secs
Ramp down: 1-2 seconds
NMES for Muscle Strengthening: Tx Duration
10-20 strong contractions
Or
up to 1hr/ day 3-5x/week for 4-8 weeks
NMES for Improve ROM/Decrease spasm: Pulse Duration
Smaller muscles: 125-200 microseconds
Larger muscles: 200-350 microseconds
NMES for Improve ROM/Decrease spasm: Pulse Frequency
35-50 pps
- Small muscles: 20-30+ pps
- Large muscles: 50+ pps
NMES for Improve ROM/Decrease spasm: Amplitude/Intensity
To visible contraction
NMES for Improve ROM/Decrease spasm: On:Off Time
1:1
On time and off time equal and 2-5 seconds
NMES for Improve ROM/Decrease spasm: Ramp On & Off Time
1-5 seconds ea. up and down
NMES for Improve ROM/Decrease spasm: Tx Duration
10-30 min 1-4x/day
2 weeks-6 mo
NMES for Reduction of Subacute or Chronic Edema: Pulse Duration
100-600 microseconds
NMES for Reduction of Subacute or Chronic Edema: Pulse Frequency
20-80 pps or bursts per sec
- Small muscles: 20-30+ pps
- Large muscles: 50+ pps
NMES for Reduction of Subacute or Chronic Edema: Amplitude/Intensity
MA to tetanic contraction
NMES for Reduction of Subacute or Chronic Edema: On:Off Time
1:1
Equal on:off times
2-5 seconds ea.
NMES for Reduction of Subacute or Chronic Edema: Ramp On & Off Time
1+ seconds ea. Up and down
NMES for Reduction of Subacute or Chronic Edema: Tx Duration
10-20 minutes of rhythmic contractions 1-2x/ day, monitor edema
FES: Pulse Duration
200-600 microseconds
FES: Pulse Frequency
20-60 pps or bursts per sec
FES: Amplitude/Intensity
To level commensurate with functional activity
FES: On:Off Time
Depends on functional activity
FES: Ramp On & Off Time
Depends on functional activity
FES: Tx Duration
Task specific
EMS: Pulse Duration
1-450 msec (long)
EMS: Pulse Frequency
1-500 pps
EMS: Amplitude/Intensity
High enough to obtain contractions but low enough to prevent burns
EMS: On:Off Time
Highly variable;
on: 3-10 secs
off: 30-50 secs
EMS: Tx Duration
30 min/ 8 hours per day; 5-7 days/ week;
4 days to 4 years
Conventional High-Rate TENS: Waveform
Mono-phasic pulsed (hi-volt) or symmetric biphasic pulsed
Conventional High-Rate TENS: Pulse Frequency
100-150 Hz or pps (high)
Conventional High-Rate TENS: Pulse Duration
50-80; <100 microseconds (short)
Conventional High-Rate TENS: Amplitude/Intensity
Sensor level; Highest to patient comfort without muscle contraction
Conventional High-Rate TENS: Tx Duration
30 min or less in clinic; 1 hr at a time at home with at least 30 min off prior to repeating
Acupuncture/Low-Rate TENS: Waveform
Mono-phasic pulsed (hi-volt) or symmetric biphasic pulsed
Acupuncture/Low-Rate TENS: Pulse Frequency
1-10 Hz (low)
Acupuncture/Low-Rate TENS: Pulse Duration
150-200 microseconds (long)
Acupuncture/Low-Rate TENS: Amplitude/Intensity
Motor level: visible contraction
Acupuncture/Low-Rate TENS: Tx Duration
30 min or less
(too long of a duration can cause DOMS)
IFC/ Amplitude Modulated AC Current: Waveform
IFC, Premodulated or Pulsed biphasic AC
IFC/ Amplitude Modulated AC Current: Pulse Frequency
2000 Hz: muscle contraction (250 pulse duration)
4000 Hz: reduce pain (125 pulse duration) High rate
100 Hz (common clinic units)
Will peak and fall at the beat frequency
(pre-mod: sweep between 80-150)
IFC/ Amplitude Modulated AC Current: Pulse Duration
Cannot be set and changes inversely with the carrier frequency (check frequency)
IFC/ Amplitude Modulated AC Current: Amplitude/Intensity
Increases and decreases throughout Tx
IFC/ Amplitude Modulated AC Current: Tx Duration
30 min or less (10-20 most common)
ES for Acute Tissue Healing: Waveform
HVPC, a Monophasic pulsed current
ES (HVPC) for Acute Tissue Healing: Pulse Frequency
Pulse frequency usually set at 100 pps;
Range= 60-125 pps for wound healing
ES (HVPC) for Acute Tissue Healing: Pulse Duration
40-200 microseconds (HVPC is usually set to 100 microseconds)
ES (HVPC) for Acute Tissue Healing: Amplitude/Intensity
Sufficient to produce a comfortable sensation without a motor response
ES (HVPC) for Acute Edema: Electrode Placement
Negative polarity HVPC over area of edema, dispersive electrode over other large flat area
ES (HVPC) for Acute Tissue Wound Healing: Tx Duration
5x/week for 45-60 minutes
ES (HVPC) for Acute Edema Healing: Tx Duration
20-30 minutes
ES (HVPC) for Acute Edema: Pulse Duration
40-100 microseconds
ES (HVPC) for Acute Edema: Pulse Frequency
100-120 pps
ES (HVPC) for Acute Edema: Amplitude/Intensity
Comfortable sensory; below threshold for motor contraction; 90% of visual motor threshold
ES (HVPC) for Acute Tissue Healing to promote healing of inflamed or infected wounds: Polarity
Negative
ES (HVPC) for Acute Tissue Healing to promote healing of wounds without inflammation/Proliferative phase: Polarity
Positive
PSWD Nonthermal: Pulse Width
65 microseconds
PSWD Nonthermal: Pulse Rate
100-200 pps
PSWD Nonthermal: Average Watts
N/A
PSWD Mild Warmth (1C): Pulse Width
100 or 200 microseconds
PSWD Mild Warmth (1C): Pulse Rate
800 or 400 pps
PSWD Mild Warmth (1C): Average Watts
12
PSWD Moderate Warmth (2C): Pulse Width
200 or 400 microseconds
PSWD Moderate Warmth (2C): Pulse Rate
800 or 400 pps
PSWD Moderate Warmth (2C): Average Watts
24
PSWD Vigorous Heating (4C): Pulse Width
400 microseconds
PSWD Vigorous Heating (4C): Average Watts
48