What does tissue coagulation in laser therapy specifically refer to?

Tissue coagulation in laser therapy specifically refers to the process of heating and denaturing proteins in tissue. This phenomenon occurs when the laser energy is absorbed by the tissues, resulting in a rise in temperature that leads to the denaturation of proteins. As proteins lose their structure due to the heat, this can result in coagulation, which is a crucial effect in various therapeutic and surgical applications. Coagulation can reduce bleeding by sealing blood vessels and promoting healing by providing a controlled environment for tissue regeneration.

In the context of laser therapy, this process is significant as it allows for precise tissue modification while minimizing damage to surrounding structures. It is important in procedures where cutting or ablation is not the goal, but rather stabilization and healing of tissues are desired. Understanding this concept is essential for practitioners to effectively use laser technology in medical treatments.