The application of low-level vibrations provided benefits not only to the quantity of metaphyseal trabecular bone but also to its intricate morphology.
Here, we tested whether specific bone marrow cell populations as well as trabecular bone morphology can benefit from the application of low-level whole body vibrations during disuse and reambulation.
Laser acupuncture involves the application of low-level laser, which is a form of electromagnetic radiation in the visible or infrared region of the light spectrum.
After the applications of low-level laser on alendronate-treated cells, cell survivability significantly increased at 72 h (p < 0.05).
Multiple consecutive local Ca 2+ responses were induced by sequential application of low level forces, with characteristic recovery time of ~2 s.
Peripheral airway injury may be a common yet unrecognized complication and may be avoided by application of low levels of positive end-expiratory pressure.
In fact, therapeutic applications of low level lasers in many medical conditions involving not only skin [ 1, 2] have expanded considerably over the last ten years, increasing the demand for a better understanding of its cellular and molecular effects.
Still, independently of the cell design used, the application of a low level direct current, improved the degradation of Ibu between 46 and 97%, as well as Caf between 20 and 47% (except in Exp-4), comparing against the control experiments.
