Podcast
Questions and Answers
What is the purpose of using conductive cream in ECT therapy?
What is the purpose of using conductive cream in ECT therapy?
- To facilitate the drain of liquids (correct)
- To cause capillary vasoconstriction
- To increase hypertermia
- To decrease microcirculation
What is the frequency of the High Frequency Current used in ECT therapy?
What is the frequency of the High Frequency Current used in ECT therapy?
- 1 MHz
- 0.2 MHz
- 2 MHz
- 0.448 MHz (correct)
Which type of electrode is used as the active electrode in ECT therapy?
Which type of electrode is used as the active electrode in ECT therapy?
- Conductive electrode
- Resistive electrode
- Therapist's hand (correct)
- Neutral electrode
What physiological effect does ECT therapy have on microcirculation?
What physiological effect does ECT therapy have on microcirculation?
Which type of effect does capillary and precapillary vasodilation have in subacute and muscle conditions?
Which type of effect does capillary and precapillary vasodilation have in subacute and muscle conditions?
What is the primary purpose of using TECAR therapy?
What is the primary purpose of using TECAR therapy?
When is hypertemia considered to be important in ECT therapy?
When is hypertemia considered to be important in ECT therapy?
What is the function of the neutral electrode in ECT therapy?
What is the function of the neutral electrode in ECT therapy?
What characteristic distinguishes UHF therapy?
What characteristic distinguishes UHF therapy?
What effect does electric resistive transference have in ECT therapy?
What effect does electric resistive transference have in ECT therapy?
What is the primary purpose of using capacitive treatment in ECT therapy?
What is the primary purpose of using capacitive treatment in ECT therapy?
Which characteristic distinguishes the active electrode used in resistive treatment in ECT therapy?
Which characteristic distinguishes the active electrode used in resistive treatment in ECT therapy?
What physiological effect does ultra high frequency (UHF) therapy have on target tissues?
What physiological effect does ultra high frequency (UHF) therapy have on target tissues?
When is hypertemia considered to be important in ECT therapy?
When is hypertemia considered to be important in ECT therapy?
Flashcards
Conductive cream in ECT
Conductive cream in ECT
Facilitates liquid drainage during ECT therapy.
ECT High Frequency Current
ECT High Frequency Current
0.448 MHz frequency is used.
Active ECT electrode
Active ECT electrode
Therapist's hand is the active electrode.
ECT effect on Microcirculation
ECT effect on Microcirculation
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Vasodilation's effect
Vasodilation's effect
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TECAR therapy purpose
TECAR therapy purpose
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ECT Hyperthermia importance (no burn)
ECT Hyperthermia importance (no burn)
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Neutral ECT electrode function
Neutral ECT electrode function
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UHF Therapy Characteristic
UHF Therapy Characteristic
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Electric resistive transference effect
Electric resistive transference effect
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Capacitive treatment purpose
Capacitive treatment purpose
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Resistive treatment active electrode
Resistive treatment active electrode
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UHF Therapy's tissue effect
UHF Therapy's tissue effect
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ECT Hyperthermia importance (initial)
ECT Hyperthermia importance (initial)
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Study Notes
ECT Therapy
- Conductive cream is used in ECT therapy to facilitate the passage of electric current.
- The frequency of the High Frequency Current used in ECT therapy is not specified.
- The active electrode used in ECT therapy is not specified.
- ECT therapy has a physiological effect on microcirculation, although the specific effect is not specified.
Physiological Effects
- Capillary and precapillary vasodilation has a beneficial effect in subacute and muscle conditions.
- Hypertemia is considered important in ECT therapy under certain conditions, although the specific conditions are not specified.
TECAR Therapy
- The primary purpose of using TECAR therapy is not specified.
Electrode Function
- The neutral electrode in ECT therapy has a specific function, although the specific function is not specified.
UHF Therapy
- UHF therapy is distinguished by a specific characteristic, although the characteristic is not specified.
- UHF therapy has a physiological effect on target tissues, although the specific effect is not specified.
Capacitive Treatment
- The primary purpose of using capacitive treatment in ECT therapy is not specified.
Resistive Treatment
- The active electrode used in resistive treatment in ECT therapy is distinguished by a specific characteristic, although the characteristic is not specified.
- Electric resistive transference has a specific effect in ECT therapy, although the effect is not specified.
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Description
Test your knowledge on electrical capacitive transference (ECT) and ultra high frequency (UHF) electrophysical agents used in physiotherapy. Explore topics like ECT therapy, physiological effects, electrodes, treatment protocols, dosage, contraindications, TECAR therapy, and characteristics of UHF therapy.
