Is MLS laser therapy FDA approved?
MLS Laser Therapy is an FDA-approved treatment that has been described time and time again as a comforting and relaxing treatment experience. MLS Laser Therapy can treat conditions such as: Musculoskeletal pain, muscle strains and tears.
What does MLS laser stand for?
Short for “Multi-Wave Lock System”, MLS is a patented technology that utilizes a combination of wavelengths that are synchronized to work together. Unlike early-generation Class IV technology, MLS Laser Therapy has the capability to deliver controlled laser energy.
Is MLS laser a low level laser?
So what’s the difference between the MLS pain laser and a traditional low-level laser? The biggest difference is that a traditional laser uses a powerful light beam operating on only one wavelength, while the MLS uses multiple. More importantly, the beams that the MLS laser uses are synchronized.
What is the mechanism of action for therapeutic lasers?
Summary. The molecular and cellular mechanisms of LLLT suggest that photons are absorbed by the mitochondria. They stimulate more ATP production and low levels of ROS, which then activates transcription factors, such as NF-κB, to induce many gene transcript products responsible for the beneficial effects of LLLT.
Is MLS laser therapy worth it?
The MLS laser is effective in encouraging healing after surgery, but it also facilitates quick healing from strains and sprains. It’s also effective in treating superficial injuries such as wounds and ulcers.
How long does MLS laser therapy last?
How long does the treatment take? The typical course of treatment is 10 to 15 minutes, depending on the size of the area being treated. Treatments are typically received 2 to 3 times a week. Treatment plans are determined on an individual basis.
Does MLS Laser Really Work?
If you have any such metal or implant MLS laser therapy is a safe treatment for you. If anything, MLS laser is a highly effective treatment for postoperative wound healing.
What is directionality in laser?
On the other hand, in laser, all photons will travel in same direction. Therefore, laser emits light only in one direction. This is called directionality of laser light. The width of a laser beam is extremely narrow. Hence, a laser beam can travel to long distances without spreading.