What is the appropriate method for treating an aphthous ulcer using diode lasers?

What is the appropriate method for treating an aphthous ulcer using diode lasers?

• A. The fiber should be kept in contact with the lesion
• B. Allow heat accumulation in the ulcer
• C. The ulcer will appear white when treatment is complete
• D. High-volume evacuation is used to cool tissue

Answer: (D)

Using high-volume evacuation during the treatment of an aphthous ulcer with diode lasers is appropriate because it helps manage the heat generated by the laser. Diode lasers can produce significant thermal effects, and high-volume evacuation minimizes the risk of thermal injury to surrounding tissue. This technique effectively removes the heat and smoke that may result from the laser interaction, ensuring safer and more effective treatment outcomes. In this context, the laser's energy can target the ulcer effectively while maintaining the health of the adjacent mucosa. By controlling the heat and maintaining a cooler environment, high-volume evacuation also promotes patient comfort during the procedure. This option reflects a critical principle in laser therapy, which emphasizes the need for careful thermal management to optimize healing and minimize side effects.

Using high-volume evacuation during the treatment of an aphthous ulcer with diode lasers is appropriate because it helps manage the heat generated by the laser. Diode lasers can produce significant thermal effects, and high-volume evacuation minimizes the risk of thermal injury to surrounding tissue. This technique effectively removes the heat and smoke that may result from the laser interaction, ensuring safer and more effective treatment outcomes.

In this context, the laser's energy can target the ulcer effectively while maintaining the health of the adjacent mucosa. By controlling the heat and maintaining a cooler environment, high-volume evacuation also promotes patient comfort during the procedure. This option reflects a critical principle in laser therapy, which emphasizes the need for careful thermal management to optimize healing and minimize side effects.