When a cold laser therapy is used in a proper way, there are some positive results that can be achieved and this fact makes it more popular. Healing by this process is stimulated by light in low levels. There is a lot of energy that is contained in the lasers and this explains its name cold. Heating is not a possibility in the body tissues that the lasers are being exposed to. This is worth knowing about Laser therapy for ankle sprain.
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.
During the application of this process, a low-level light is used on the targeted area. Normally, the affected body tissues absorb the rays upon exposure to the laser. The absorbed rays in turn trigger a reaction in the body in form of a physiological reaction from the affected cells. It is this reaction that promotes healing or the regeneration process of the damaged cells.
Typically, the wavelengths of the lasers that are used for this process range between 600 and 700 nanometers. However, it is also possible to use lasers of longer wavelengths. Longer wavelengths are used when the level of penetration that needs to be achieved is deeper. In such a case, the wavelengths may range from 780 to 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.
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.
Photobiomodulation is neither limited in terms of who can used it nor is it an entirely new idea. Lots of different medical practitioners such as doctors, dentists, and physical therapists apply it in treatment of various medical conditions. Also, the ways in which it can be used vary a lot. However, it is mostly used in pain relief and repair of body tissues where inflammation is involved.
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.
During the application of this process, a low-level light is used on the targeted area. Normally, the affected body tissues absorb the rays upon exposure to the laser. The absorbed rays in turn trigger a reaction in the body in form of a physiological reaction from the affected cells. It is this reaction that promotes healing or the regeneration process of the damaged cells.
Typically, the wavelengths of the lasers that are used for this process range between 600 and 700 nanometers. However, it is also possible to use lasers of longer wavelengths. Longer wavelengths are used when the level of penetration that needs to be achieved is deeper. In such a case, the wavelengths may range from 780 to 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.
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.
Photobiomodulation is neither limited in terms of who can used it nor is it an entirely new idea. Lots of different medical practitioners such as doctors, dentists, and physical therapists apply it in treatment of various medical conditions. Also, the ways in which it can be used vary a lot. However, it is mostly used in pain relief and repair of body tissues where inflammation is involved.
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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