Laser devices are powerful instruments and are fully integrated in a dentist’s life working. They are mostly known for the thermal cutting properties, therapeutic lasers find a wide application in the regenerative and adjuvant medicine. The aim of this short review is to provide the definition of Laser Biostimulation, its last updates and applications in dentistry. Employing the photochemical i...

In a recent paper [1], once again fresh experimental wounds in murine skin were used to study the action of low-intensity (laser) light on the wound-healing process. And, as in many previous cases, irradiation of experimental wounds in rodent skin neither increased the wound closure nor affected the healing process by histological parameters. However, many publications over the decades have cla...

The wound healing process has always been an excellent subject for researchers. The use of low-power laser on wounds during the postoperative phase has increased the speed of the healing process. It has been implied that low power radiation affects cellular metabolic processes and promotes beneficial biological effects (analgesic, anti-inflammatory, and healing). Laser biostimulation appears to...

The wound healing process has always been an excellent subject for researchers. The use of lowpower laser on wounds during the postoperative phase has increased the speed of the healing process. It has been implied that low power radiation affects cellular metabolic processes and promotes beneficial biological effects (analgesic, anti-inflammatory, and healing). Laser biostimulation appears to ...

Theodore maiman in 1960 invented the ruby laser, since then lasers technology has holded the attention in dental practice and has revolutionised dental treatment. Lasers have been used in initial periodontal therapy, surgery, and also in implant treatment. Lasers have various periodontal applications including calculus removal; for removal of the pocket epithelium; soft tissue excision, incisio...

BACKGROUND Low-energy laser radiation through its direct influence on tissue repair processes without heating effect may have vital importance in the therapy of patients with advanced coronary artery disease (CAD). AIM The introductory assessment of the effects of laser biostimulation applied to patients with advanced multivessel CAD. METHODS 39 patients with advanced CAD were assigned (mea...

Low power laser therapy (photobiomodulation, laser biostimulation) was advanced more than 30 years ago. Since then medical treatment with coherent light sources (lasers) or noncoherent light (Light Emitting Diodes, LED’s) has passed through its childhood and early maturity. The controversial points of laser biostimulation, which were topical at the end of 80ties (reviews [1-3]), are not topical...

Abstract
 Aim: Low level laser therapy (LLLT) has been used in biostimulation of rat ovaries using a fibreoptic introduced directly through the vagina to deliver doses, which is new modality induction ovulation, compared with conventional medical ovulation clomiphene citrate and non-interventional controls. 
 Study design: A Prospective experimental study carried out from January 2014...