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Questions and Answers
What is the definition of Extracorporeal Shockwave Therapy (ESWT)?
What is the definition of Extracorporeal Shockwave Therapy (ESWT)?
What is the classification based on propagation pattern in ESWT?
What is the classification based on propagation pattern in ESWT?
What is the maximum pressure produced in Sonic waves used in ESWT?
What is the maximum pressure produced in Sonic waves used in ESWT?
Which type of ESWT has high-energy density that converges in one point?
Which type of ESWT has high-energy density that converges in one point?
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What is the main application of Radial ESWT (RSWT or r-ESWT)?
What is the main application of Radial ESWT (RSWT or r-ESWT)?
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What is the purpose of a coupling medium in ESWT?
What is the purpose of a coupling medium in ESWT?
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What type of applicator uses adjustable dome membranes filled with gas, water, or gel?
What type of applicator uses adjustable dome membranes filled with gas, water, or gel?
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Which material is used in radial-type applicators as a coupling medium?
Which material is used in radial-type applicators as a coupling medium?
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What is the purpose of the pneumatic system in radial ESWT generators?
What is the purpose of the pneumatic system in radial ESWT generators?
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What is the waveform characteristic that distinguishes r-ESWT from f-ESWT?
What is the waveform characteristic that distinguishes r-ESWT from f-ESWT?
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Which type of generator uses a spherical piezoelectrical crystal to generate ESWT?
Which type of generator uses a spherical piezoelectrical crystal to generate ESWT?
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What factor determines the depth of penetration in ESWT?
What factor determines the depth of penetration in ESWT?
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Which type of applicator produces superficial waves on the skin surface?
Which type of applicator produces superficial waves on the skin surface?
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How is the maximum energy flux density measured in ESWT?
How is the maximum energy flux density measured in ESWT?
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Study Notes
Definition and Classification of ESWT
- Extracorporeal Shockwave Therapy (ESWT) is a type of therapy that uses shockwaves to treat various medical conditions.
- ESWT can be classified based on the propagation pattern into two types: radial or spherical, and focused.
Types of ESWT
- Sonic waves used in ESWT produce a maximum pressure of up to 120 MPa.
- Focused ESWT (f-ESWT) has high-energy density that converges in one point.
- Radial ESWT (RSWT or r-ESWT) is primarily used for treating superficial tissues, such as skin and muscles.
Applicators and Coupling Medium
- The purpose of a coupling medium in ESWT is to facilitate the transmission of shockwaves from the applicator to the body.
- The applicator that uses adjustable dome membranes filled with gas, water, or gel is called a focused applicator.
- Radial-type applicators use a coupling medium made of silicone or gel.
Radial ESWT Generators
- The pneumatic system in radial ESWT generators produces compressed air to generate shockwaves.
Waveform Characteristics
- The waveform characteristic that distinguishes r-ESWT from f-ESWT is the radial wave propagation pattern.
Generator Types
- The type of generator that uses a spherical piezoelectrical crystal to generate ESWT is called a piezoelectric generator.
Depth of Penetration
- The depth of penetration in ESWT is determined by the frequency of the shockwaves.
Applicator Types
- The type of applicator that produces superficial waves on the skin surface is called a radial applicator.
Energy Flux Density
- The maximum energy flux density in ESWT is measured in mJ/mm².
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Description
Test your knowledge of extracorporeal shockwave therapy (ESWT) with this quiz. Explore the definition, classification, parameters, biological effects, dosimetry, application, and indications and contraindications of ESWT.
