The cruciate ligament of the knee, also known as the cruciate ligament, is located at the center and rear of the knee joint and is an important stabilizing structure of the knee joint. The cruciate ligament is lined by synovium and can be divided into front and back. When the knee joint moves, some fibers of the two ligaments are in tension. Therefore, the two ligaments cooperate to limit the hyperextension, flexion and rotation of the knee joint. The case shared in this article is the effect of
In recent years, diode laser, as a kind of human physiotherapy technology, has made remarkable progress in research and clinical application. The following will focus on the research progress and clinical application of laser for human physiotherapy.
Sprained ankle is the sports injury with the highest incidence rate, accounting for 10% to 30% of all sports injuries. The incidence of acute ankle sprain among high school students and college students participating in sports accounts for 15% of sports injuries!
The main difference between HILT and low-power laser therapy, is that the more powerful beams ( power >500 mW) are irradiated to penetrate deeper with right wavelength , bringing a desired high amount of multi-directional energy to deep tissues in a short time.
Laser therapy is a type of photobiomodulation therapy that utilizes specific wavelengths of red and near-infrared (NIR) light to boost the production of cellular energy。 Red and NIR light have been shown to increase production of ATP (adenosine triphosphate), which is responsible for the transport of energy in and out of cells.
