Which laser types were included in the analysis for peri-implant disease treatment?

The inclusion of Er:YAG, CO2, and diode lasers in the analysis for peri-implant disease treatment is significant due to the unique properties and clinical applications of these laser types.

The Er:YAG laser is particularly effective in periodontal and peri-implant therapies because it operates at a wavelength that is well absorbed by water, making it highly efficient for soft tissue procedures. This property allows precise cutting with minimal thermal damage, which is crucial for maintaining the health of surrounding tissues during implant treatments.

CO2 lasers are also included due to their ability to effectively coagulate blood vessels and remove soft tissues. They have been widely used for surgical procedures in dentistry and are known for their precise cutting abilities and hemostatic properties, which help reduce bleeding during procedures.

Diode lasers are commonly utilized in periodontal treatments because of their versatility and ability to penetrate tissues effectively. They are also useful for various soft tissue procedures due to their portable nature and relatively low cost compared to other laser types.

Together, these three types of lasers provide a comprehensive approach to the treatment of peri-implant diseases, each contributing different strengths to the process, such as precision, coagulation, and tissue management. These factors make them appropriate choices for inclusion in studies focused on improving outcomes in peri