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.
Cold lasers contain very low amounts of energy when compared to other kinds of lasers used for other functions. Lasers that contain more energy find use in the destruction of coagulate tissues and tumors. Also, lasers used for esthetic and surgical purposes usually cause heating of body tissues. Other names that are used to refer to cold laser therapy include photobiomodulation, soft laser biostimulation, and low-power/low-level laser therapy.
The use of this process involves the focusing of low-energy lasers on a target area of the skin. The body tissues that are affected absorb the light when they are exposed to it. A reaction in the body is caused by the absorbed light. The cells that are targeted then produce a physiological reaction in turn. This physiological process then promotes the regeneration and healing of the damaged cells.
The typical wave range is between 700 and 600 nanometers for most lasers used in this process. But, lasers with longer wavelengths can also be used. Normally, when deeper level of penetration is required than lasers with longer wavelengths are used. Such cases call for lasers with wavelengths ranging between 780 and 950 nanometers.
A hand-held laser device is usually used to administer this procedure. The patient can feel the device touch their body when it is being applied. It is only the touch of the device that one feels for the entire process. The process is entirely painless and noninvasive. The patient will not feel vibrations, heat, or sounds as there is none produced.
However, if lasers of longer wavelengths are being used to achieve deep-tissue penetration, it is possible to sense some warmth in the area being treated. The warmth usually comes from the laser. To prevent any possibility of damage to the body cells in the affected area, treatments are usually limited to a few minutes. A typical session will take one to two minutes.
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.
Some of the medical problems that can be treated using this method include ligaments sprains, muscle strains, tendonitis, and bursitis. Additional conditions include tennis elbow, neck pain, lower back pain, and knee pain. When used, laser therapy helps to promote healing and reduce swelling in soft tissue and joints. In dentistry, this method is used to heal ulcerations and to treat inflamed tissues.
Cold lasers contain very low amounts of energy when compared to other kinds of lasers used for other functions. Lasers that contain more energy find use in the destruction of coagulate tissues and tumors. Also, lasers used for esthetic and surgical purposes usually cause heating of body tissues. Other names that are used to refer to cold laser therapy include photobiomodulation, soft laser biostimulation, and low-power/low-level laser therapy.
The use of this process involves the focusing of low-energy lasers on a target area of the skin. The body tissues that are affected absorb the light when they are exposed to it. A reaction in the body is caused by the absorbed light. The cells that are targeted then produce a physiological reaction in turn. This physiological process then promotes the regeneration and healing of the damaged cells.
The typical wave range is between 700 and 600 nanometers for most lasers used in this process. But, lasers with longer wavelengths can also be used. Normally, when deeper level of penetration is required than lasers with longer wavelengths are used. Such cases call for lasers with wavelengths ranging between 780 and 950 nanometers.
A hand-held laser device is usually used to administer this procedure. The patient can feel the device touch their body when it is being applied. It is only the touch of the device that one feels for the entire process. The process is entirely painless and noninvasive. The patient will not feel vibrations, heat, or sounds as there is none produced.
However, if lasers of longer wavelengths are being used to achieve deep-tissue penetration, it is possible to sense some warmth in the area being treated. The warmth usually comes from the laser. To prevent any possibility of damage to the body cells in the affected area, treatments are usually limited to a few minutes. A typical session will take one to two minutes.
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.
Some of the medical problems that can be treated using this method include ligaments sprains, muscle strains, tendonitis, and bursitis. Additional conditions include tennis elbow, neck pain, lower back pain, and knee pain. When used, laser therapy helps to promote healing and reduce swelling in soft tissue and joints. In dentistry, this method is used to heal ulcerations and to treat inflamed tissues.
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