Efeitos da laserterapia no tratamento de lesões por pressão: uma revisão sistemática

Abstract

Efeitos da laserterapia no tratamento de lesões por pressão: uma revisão sistemática Effects of laser therapy in the treatment of pressure injuries: a systematic review Efectos de la laserterapia en el tratamiento de lesiones por presión: una revisión sistemática

Use of Photobiomodulation in the Treatment of Breast Postpartum Intercurrency: Integrative Review

“…LLLT is a non-invasive therapy in which light beams are absorbed by epithelial tissues, acting on biostimulation directly on mitochondria, causing them to produce more ATP and lower oxygen consumption. In addition to the already mentioned effects, it promotes the elevation of serotonin and endorphin levels and decreases those of prostaglandin and interleukin beta, reducing pain 39 .…”

“…When there is some injury, these ATP levels are reduced. Still, biostimulation improves its synthesis, promoting increased nutrients and oxygen at the site, increasing tissue energy and, therefore, increasing cell division, enhancing the healing process 39,40 .…”

Photodynamic therapy for infected foot ulcers in people with diabetes mellitus: a systematic review

“…13 A study identified that health professionals, even those with qualifications to operate LASERs, have doubts regarding the dosage, wavelength, time, and number of applications to be used. 14 Therefore, it is important that health professionals, especially wound experts, understand the new approach of PDT in treating infected ulcers and incorporate it into their practice to promote optimized healing and reduce the number of complications due to DFU. 1,15 The study is relevant in combining the effects and protocols of DFU as an adjuvant therapy in infection reduction, optimizing DFU healing, and offering scientific evidence to reduce bacterial resistance and amputations.…”

Terapia a laser de baixa intensidade aplicada pelo enfermeiro: Qual o seu cenário de atuação e uniformidade de parâmetros terapêuticos?

“…O termo laser é um acrônimo da expressão em inglês Light Amplification by Stimulated Emission of Radiation, que significa a luz amplificada com a emissão estimulada de radiação. Como características físicas, a luz do laser é uma radiação eletromagnética, unidirecional e monocromática capaz de transmitir pacotes de energia denominado fótons (De Oliveira Bernardes & Regina Jurado, 2018;Diógenes Alves Uchôa Lins et al, 2010;Ferreira et al, 2021).…”