An objective evaluation of photothermal ablation, collateral thermal damage zones, and surgical wound healing during diode laser gingivectomy and frenectomy.
A scientific analysis of low-level laser irradiation on osteoblast differentiation, RUNX2 expression, and early implant bone-to-implant contact ratios.
A scientific review of erbium laser transmission through polycrystalline and glass ceramics for atraumatic debonding of restorations and brackets.
An objective evaluation of near-infrared photobiomodulation in temporomandibular joint capsulitis, retrodiscal synovitis, and masticatory trigger points.
An objective evaluation of subgingival laser irradiation using Nd:YAG and diode wavelengths for bacterial elimination and periodontal pocket decontamination.
Laser-assisted bleaching utilizes specific optical wavebands to accelerate peroxide chromophore oxidation photo-chemically rather than baking pulpal tissue with broad-spectrum heat.
Photobiomodulation provides the only evidence-based biological defense against severe oral mucositis in cancer therapy, restoring mucosal barriers without promoting tumor cell proliferation.
Photobiomodulation accelerates surgical recovery by stimulating mitochondrial cytochrome c oxidase and downregulating inflammatory cytokines, suppressing postoperative edema and trismus without steroid dependency.
Erbium lasers ablate carious dentin through thermomechanical microexplosions of interstitial water, eliminating mechanical vibration, microfractures, and smear layer formation.
Antimicrobial photodynamic therapy destroys persistent pathogens via localized singlet oxygen release, avoiding the biological failures and genetic resistance associated with systemic antibiotics.