The five interaction mechanisms associated with laser treatment of patients are described.
They are the photothermal, photochemical, photoacoustical, photoablative, and …

Background and objective: Despite contradictory reports on the effect of laser light on cell
proliferation, studies have shown that appropriate doses and wavelengths of laser light are …

Objectives: This investigation reviewed experimental studies of laser irradiation of wound
healing in mice and rats published from 2003 to August 2008, respectively, to assess …

Objective: To evaluate, using histological analysis, the systemic action and repair process of
wounds produced on the back of rats and treated with red, infrared, or both lasers applied …

Fibroblast cells are known to be one of the key elements in wound healing process, which
has been under the scope of research for decades. However, the exact mechanism of …

Welcome to a fascinating field of medical research! Welcome to this fourth edition of “Laser–
Tissue Interactions” which has meanwhile turned into the standard reference book at …

Abstract Background and Objective Qualitative and quantitative gross histopathologic
studies of skin damage were performed at 48 hours after irradiation with a 2.0 µm thulium …

This paper briefly reviews the authors' experimental and clinical use of lasers over a 20‐year
period, during which laser effects on 15 biological systems were studied. Low‐energy laser …

There are evidences that low-intensity red laser radiation is capable to accelerate wound
healing. Nowadays, this therapy has been gradually introduced in clinical practice although …

Selective photothermal interaction using dye enhancement has proven to be effective in
minimizing surrounding tissue damage and delivering energy to target tissue. During laser …