Cold laser therapy is becoming increasingly popular because it has been established to be able to achieve some positive results when used properly. This method uses low levels of light to stimulate healing. The term cold is usually used because the lasers that are used do not contain a lot of energy. The energy they contain is not able to cause heating in the body tissues that are exposed to it. This is what Laser therapy for ankle sprain is all about.
In comparison with other laser kinds for different functions, there is a very minimum amount of energy in cold lasers. The more powerful lasers therefore find application in the destruction of tumors and coagulate tissues. The lasers that are used in surgery and aesthetic applications also lead to heating of body tissues. Photobiomodulation, low-power/low-level laser therapy and soft laser biostimulation are alternative names for cold laser therapy.
When this process is being applied, it involves the application of low-level light to the targeted area. Upon being exposed to the light, the affected body tissues absorb it. The absorbed light then causes a reaction in the body and the affected cells respond with a physiological reaction of their own. This is what promotes the process of regeneration or healing of damaged cells.
The range of the wavelength of the lasers is between 600 and 700 nanometers in most cases. Lasers having long wavelengths can also be used however. If the penetration level is expected to be deep, then the wavelengths of the lasers used can be higher. The wavelength might be between 780-950 nanometers in such cases.
This procedure is conducted using a laser device that is held in the hand. The device is usually placed on the body of the patient and they can feel it. However, beyond feeling the device touch the body, there is no other feeling one feels throughout the process. The procedure is totally painless and noninvasive. There are no vibrations, heat, or sounds that the patient feels.
But, there is a possibility of feeling a sensation of warmth around the part being treated when lasers of longer wavelengths are used in achieving deep-tissue penetration. The source of this warmth is the laser. Treatments are limited to a few minutes in order to avoid the possibility of damaging body cells around the area being treated. Typical sessions last 1 to 2 minutes at most.
Cold laser therapy is not a new idea and it is not limited in who can use it. Several different medical practitioners including physical therapists, dentists, and doctors use this method of treatment to treat a wide range of medical conditions. The ways in which this method can be used also vary. In most cases however, it is used to repair and relief pain and inflammation of the tissues.
This procedure can treat problems like ligament sprains, tendonitis, bursitis, and muscle strains. Additional conditions may include neck pain, lower back pain, knee pain, and tennis elbow. Using this method promotes healing by reducing inflammation and swelling in joints and soft tissue. This approach is used in dentistry for healing ulceration and treating inflamed tissues.
In comparison with other laser kinds for different functions, there is a very minimum amount of energy in cold lasers. The more powerful lasers therefore find application in the destruction of tumors and coagulate tissues. The lasers that are used in surgery and aesthetic applications also lead to heating of body tissues. Photobiomodulation, low-power/low-level laser therapy and soft laser biostimulation are alternative names for cold laser therapy.
When this process is being applied, it involves the application of low-level light to the targeted area. Upon being exposed to the light, the affected body tissues absorb it. The absorbed light then causes a reaction in the body and the affected cells respond with a physiological reaction of their own. This is what promotes the process of regeneration or healing of damaged cells.
The range of the wavelength of the lasers is between 600 and 700 nanometers in most cases. Lasers having long wavelengths can also be used however. If the penetration level is expected to be deep, then the wavelengths of the lasers used can be higher. The wavelength might be between 780-950 nanometers in such cases.
This procedure is conducted using a laser device that is held in the hand. The device is usually placed on the body of the patient and they can feel it. However, beyond feeling the device touch the body, there is no other feeling one feels throughout the process. The procedure is totally painless and noninvasive. There are no vibrations, heat, or sounds that the patient feels.
But, there is a possibility of feeling a sensation of warmth around the part being treated when lasers of longer wavelengths are used in achieving deep-tissue penetration. The source of this warmth is the laser. Treatments are limited to a few minutes in order to avoid the possibility of damaging body cells around the area being treated. Typical sessions last 1 to 2 minutes at most.
Cold laser therapy is not a new idea and it is not limited in who can use it. Several different medical practitioners including physical therapists, dentists, and doctors use this method of treatment to treat a wide range of medical conditions. The ways in which this method can be used also vary. In most cases however, it is used to repair and relief pain and inflammation of the tissues.
This procedure can treat problems like ligament sprains, tendonitis, bursitis, and muscle strains. Additional conditions may include neck pain, lower back pain, knee pain, and tennis elbow. Using this method promotes healing by reducing inflammation and swelling in joints and soft tissue. This approach is used in dentistry for healing ulceration and treating inflamed tissues.
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