Research: Tissue Regeneration; Effect on Brain & Glymphatic System During Sleep

2022-12-08

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This week on The Red Light Report, we have two more remarkable pieces of photobiomodulation research to cover and, to top it off, both are figuratively hot-off-the-press — being published only this past summer! You've heard me say it before, but I'll say it again... while the information may be on particular topics, the takeaways are far-reaching and can be applicable to virtually everyone. The first article covered has to do with the ability for red light therapy to improve the tissue regeneration capabilities of fibrin application. Who doesn't want more effective and efficient wound healing and tissue/organ healing? ...

The first article covered has to do with the ability for red light therapy to improve the tissue regeneration capabilities of fibrin application. Who doesn't want more effective and efficient wound healing and tissue/organ healing? The second piece of research is especially interesting, as it has to do with red light therapy's impact on the brain. However, the article goes even deeper and analyzes the benefits of photobiomodulation temporally, meaning the therapeutic affects it has during wakefulness versus asleep. Needless to say, they have some interesting speculations as to how near-infrared light can impact the brain during sleep that has potentially profound implications for the glymphatic system.

This new research continues to expand our awareness on some exciting, novel utilities of red light therapy that can positively impact our health. As always, light up your health and enjoy this solosode!

Dr. Mike Belkowski discusses the following:

1:43 - Yoga red light therapy
2:49 - Therasage
5:41 - Improving regeneration in tissue via photobiomodulation
8:34 - Fibrin and photobiomodulation
9:10 - Management of the healing process via photobiomodulation
12:34 - Gold nanoparticles
13:31 - The effect of photobiomodulation during wakefulness and sleep
18:54 - Photobiomodulation influences functional activity
23:32 - Increasing mitochondrial activity
26:29 - Photobiomodulation and sleep
31:16 - Transcranial photobiomodulation
32:17 - Photobiomodulation mechanisms during sleep
35:52 - Mornings vs Day/ night for Increasing mitochondrial function and ATP levels
37:33 - Anti-inflammatory effects during sleep
43:40 - How to use near-infrared light while sleeping