Which of the following is NOT a physiological effect of K-Laser therapy?

When considering the physiological effects of K-Laser therapy, it's important to understand the role of each listed effect. K-Laser therapy typically promotes various beneficial processes in the body.

Increased prostaglandin synthesis is associated with inflammation and tissue repair, making it a positive outcome of therapeutic laser use. Enhanced Super Oxide Dismutase (SOD) levels indicate an increased ability to combat oxidative stress, which is also beneficial. Decreased pain and nociception is a primary objective of K-Laser therapy, as it aims to alleviate pain and improve recovery in affected tissues.

In contrast, impediment of angiogenesis is not a physiological benefit of K-Laser therapy. In fact, laser therapy is known to support angiogenesis, which is the formation of new blood vessels, thereby aiding in healing and regeneration. By enhancing angiogenesis rather than impeding it, K-Laser therapy contributes to improved tissue health and recovery. Thus, the correct interpretation of this question identifies impediment of angiogenesis as not aligning with the therapeutic goals and physiological effects associated with K-Laser therapy.