Scholarlink

<p>The introduction of diode semiconductor lasers operating in the infrared spectrum has significantly advanced dental practice, elevating it to a new level of clinical efficiency. These technologies enable treatment methods that markedly reduce patient recovery time. Laser wavelengths of 810 ± 10&#xa0;nm and 980 ± 10&#xa0;nm are widely utilized in laser surgery and photobiomodulation. Of growing interest is the potential use of laser irradiation at a wavelength of 445&#xa0;nm for photobiomodulation of oral mucosal tissues in cases of periodontal diseases and stomatitis. Using laser Doppler flowmetry, we demonstrated the effectiveness of non-ablative blue laser application to the gingival area in 20 healthy volunteers aged 22.9 ± 0.8 years. A statistical analysis was conducted to assess gingival microcirculation parameters, including peripheral blood flow, peripheral lymphatic flow, tissue fluorescence amplitude at 460&#xa0;nm (NADH coenzyme), and at 515&#xa0;nm (FAD coenzyme). Oxidative metabolism index was calculated using a specific formula. Following a 1–minute low–level laser irradiation session, a statistically significant average increase of 3.07 perfusion units in microcirculation was observed. Lymphatic perfusion values decreased by an average of 0.04 perfusion units. The oxidative metabolism index increased by an average of 0.16 perfusion units post–procedure. The observed enhancement in blood flow velocity and oxidative metabolism index in gingival tissues after exposure to 445&#xa0;nm wavelength laser irradiation at 0.1&#xa0;W confirms the therapeutic potential of blue laser technology.</p>

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Evaluation of the effect of laser irradiation with a wavelength of 445 nm on microcirculation and oxidative metabolism of gingiva according to laser doppler flowmetry

  • 期刊论文

  • 发表日期：

    2025年9月20日

查看全文
  • Natalia Romanenko,
  • Ekaterina Tulskikh,
  • Alina Ababkova,
  • Natalia Blagushina

摘要

The introduction of diode semiconductor lasers operating in the infrared spectrum has significantly advanced dental practice, elevating it to a new level of clinical efficiency. These technologies enable treatment methods that markedly reduce patient recovery time. Laser wavelengths of 810 ± 10 nm and 980 ± 10 nm are widely utilized in laser surgery and photobiomodulation. Of growing interest is the potential use of laser irradiation at a wavelength of 445 nm for photobiomodulation of oral mucosal tissues in cases of periodontal diseases and stomatitis. Using laser Doppler flowmetry, we demonstrated the effectiveness of non-ablative blue laser application to the gingival area in 20 healthy volunteers aged 22.9 ± 0.8 years. A statistical analysis was conducted to assess gingival microcirculation parameters, including peripheral blood flow, peripheral lymphatic flow, tissue fluorescence amplitude at 460 nm (NADH coenzyme), and at 515 nm (FAD coenzyme). Oxidative metabolism index was calculated using a specific formula. Following a 1–minute low–level laser irradiation session, a statistically significant average increase of 3.07 perfusion units in microcirculation was observed. Lymphatic perfusion values decreased by an average of 0.04 perfusion units. The oxidative metabolism index increased by an average of 0.16 perfusion units post–procedure. The observed enhancement in blood flow velocity and oxidative metabolism index in gingival tissues after exposure to 445 nm wavelength laser irradiation at 0.1 W confirms the therapeutic potential of blue laser technology.