Diathermy uses high-frequency electrical currents to create heat that targets tissues deep within the body. This heat promotes blood circulation and can help reduce pain and inflammation in a specific area. It is commonly used in physical therapy and sports medicine to treat musculoskeletal conditions.
Short wave diathermy uses a frequency range of 1-100 MHz, while microwave diathermy uses a frequency range of 300 MHz to 300 GHz. Short wave diathermy penetrates deeper into tissues compared to microwave diathermy. Microwave diathermy produces heat primarily in the superficial tissues, while short wave diathermy can reach deeper tissues.
Some patients may feel heat during diathermy treatment, particularly if the intensity is high or if the treatment area is sensitive. However, the sensation of heat can vary depending on individual tolerance levels and the specific parameters of the diathermy treatment.
Diathermy is a therapeutic treatment that uses high-frequency electromagnetic currents to generate heat within body tissues. It is commonly used in physical therapy to help relieve pain, reduce inflammation, and promote healing in muscles and joints.
Shortwave diathermy is commonly used in physical therapy for conditions such as muscle strains, joint stiffness, and arthritis. It provides deep tissue heating which can help with pain relief and improving blood circulation to promote healing.
Diathermy is a therapeutic medical treatment that uses high-frequency electromagnetic currents to generate heat within tissues. It is often used to help reduce pain and inflammation, improve circulation, and promote tissue healing.
what are the Microwave Diathermy advantages and disadvantages
A ultrasound is the most common form of diathermy.
Allan Hemingway has written: 'Thermal effects of diathermy ..' -- subject(s): Diathermy
Short wave diathermy uses a frequency range of 1-100 MHz, while microwave diathermy uses a frequency range of 300 MHz to 300 GHz. Short wave diathermy penetrates deeper into tissues compared to microwave diathermy. Microwave diathermy produces heat primarily in the superficial tissues, while short wave diathermy can reach deeper tissues.
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Some patients may feel heat during diathermy treatment, particularly if the intensity is high or if the treatment area is sensitive. However, the sensation of heat can vary depending on individual tolerance levels and the specific parameters of the diathermy treatment.
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D. G. Remark has written: 'Survey of diathermy equipment use in Pinellas County, Florida' -- subject(s): Diathermy
Donald M. Witters has written: 'Free-space electric field mapping of microwave diathermy applicators' -- subject(s): Microwave measurements, Diathermy
shortwave diathermy