There have been advances in the treatment of wounds in recent years due to the innovative combination of nanomaterials and lasers. Laser therapy for wounds enhances cell proliferation at the wound site. This promotes angiogenesis, tissue healing, and anti-inflammatory effects. Because of their unique physicochemical properties, nanoparticles are also found to possess antibacterial effects, improve biocompatibility, and provide targeted drug delivery, thereby being beneficial as wound therapies. Nanomaterials and medical lasers are aimed at improving the therapeutic efficacy for the standard management of wounds with infection control and impaired healing. This research is intended to elucidate the mechanisms of the new treatment approach, clinical applications, and objectives for future research towards improving wound healing.
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