Document Type: Conference Proceedings
PhD candidate of Biophotonics, Laser and plasma institute, Shahid Beheshti University- Medical laser research center, ACECR
Assistant professor of dermatology, Cell therapy clinics, Royan institute- - Medical laser research center, ACECR
Professor of Photonics, Laser and plasma institute, Shahid Beheshti University
Assistant professor of dermatology, Medical laser research center, ACECR
Introduction: By introducing of laser systems and their continuous development, a new chapter of laser systems applications in a variety fields including research and clinical science in addition to the therapeutic, diagnostic applications were available for medical professionals in various fields. Most lasers emit radiation with intrinsic probable risks where in laser-tissue interactions based on special mechanisms most important ones including photothermal, photochemical, photoablative and photomechanical, may causes potential risks and damage, similar to other side effects of thermal, chemical and mechanical in biological targets.
Materials and Methods Each of these damage mechanisms are based on multitude laser irradiation parameters including wavelength pulse duration, irradiation time, power and energy density.
Results Based on the optimized selection of the irradiation parameters and the type of the biological tissue, preliminary side effects in skin and eye organs can be prevented
Conclusion Then, it is crucial to notify laser safety considerations especially in clinical applications for both patients and operators for preventing or reducing the possible damages