Single application of diode laser of 810?nm at 2.7?J energy effectively showed faster deposition of bone in osteotomy site in 2 weeks.
OPEN FILEThe biomodulation of low-level laser therapy using 830nm wavelength light was effective in promoting bone healing in critical defects despite the unfavorable prognosis as well as it accelerated the maturation of bone tissue.
OPEN FILEAnalysis of the results showed a better qualitative and quantitative healing process in traumatised muscles treated with Ga-AI-As diode laser therapy than in spontaneously healed ones. The results obtained with laser therapy were confirmed as haematic, histoenzymatic and histomorphometric values. According to these results, there is a positive relationship between the biostimulation properties of the laser and the healing of traumatised muscular tissue.
OPEN FILEIt is concluded that LLLT had a positive effect on the repair of bone defect submitted the implantation of graft.
OPEN FILEThe histopathological and radiological evaluations suggested that the laser group developed new bone formations much earlier than those of the control group. The maximum tolerance force of the laser group was significantly higher than that of the control group (p<0.05). These findings suggest positive effects of LLLT in accelerating the bone healing process, especially in the early stage of bone formation.
OPEN FILELLLT stimulated collagen I proliferation, improving the injured Achilles tendons’ healing process.
OPEN FILEThese findings suggest that laser therapy using the 10 W class IV instrument is efficacious for the long-term relief of the symptoms associated with chronic epicondylitis. The potential for a rapidly administered, safe and effective treatment warrants further investigation.
OPEN FILELLLT can relieve pain and improve the healing process of CBFs in the human wrist and hand.
OPEN FILEThe results show that irradiation with low level laser light of wavelength 820 nm and energy density 5 J cm super(?2) had no significant effect on the healthy growth plates of the rat knee joint.
OPEN FILEThese results suggest an increased muscle fatigue resistance when LLLT is applied during rest intervals, and after the last series of intense exercises.
OPEN FILE