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  1. Dec 1, 2021 · However, scientists recently researching blue light therapy for hair loss have seen some promising results. One preliminary study reported that blue light therapy increased hair density and thickness in patients with androgenetic alopecia, a common cause of hair loss in both men and women. Though the small study is encouraging, researchers ...

  2. Feb 3, 2021 · Plus, Dr. Ziering adds, there is some evidence to suggest that too much blue light exposure can accelerate genetic pattern hair loss for both men and women. “Limiting your screen time, has many ...

    • Liz Ritter
  3. Aug 4, 2017 · Blue light therapy is an effective treatment for skin conditions when used repeatedly and when the individual being treated makes maintenance appointments. To treat a condition, it takes:

  4. May 23, 2022 · LED light therapy is a great way to treat hair loss. In fact, blue light therapy helps immensely with inflammatory scalp conditions and androgenetic alopecia, leading to hair loss. It also promotes tissue oxygenation, blood circulation, hair follicle stimulations, etc., helping both men and women.

  5. Low-Level Light Therapy*. Prospective Studies. Different studies highlight photo-receptors' presence on the hair follicle that seems to be capable of eliciting hair growth. This study aims to demonstrate blue light's effectiveness on hair growth in patients affected by androgenetic alopecia. Twenty patients enrolled at Magna Graecia University ...

    • G Lodi, M Sannino, G Cannarozzo, A Giudice, E Del Duca, F Tamburi, Luigi Bennardo, S P Nisticò
    • 2021
  6. Jan 26, 2024 · Also, 405 - 420nm blue light was used. Apparently, the blue light has a very positive effect on the bacteria in your mouth. There are also positive benefits for "gingivitis" - inflammation of the gums around your tooth. By adding the blue light therapy to the brushing, overall results improved by up to 50%.

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  8. Nov 3, 2021 · Blue Light and the Skin. In other parts of the body, like the skin, blue light activates proteins that contain light-sensitive molecules (porphyrins and flavones), increasing mitochondrial activity. This, in turn, increases oxidative stress [7, 8, 9]. Skin cells respond by releasing molecules that promote inflammation and control skin growth.

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