Is there an optimum dose time ie is it possible to overload mitochondria by giving too many photons too quickly? By this I mean if you gave a dose of energy in 10 minutes vs the same dose in 1 minute, would there be any chance of 'overloading' ? I see a whole range of devices, especially laser from 1w to 30w. Isn't 30w overkill for most scenarios?
There is new science out about TRPM2 calcium ion channels and linking issues with allowing calcium into the cell to ME/CFS.....it's being treated with Low Dose Naltrexone in the lab....could light do this then?? Where would we shine the light?
I've been taking LDN every night for about 2 years. It's for low level, whole body pain management. Can you expound a little about LDN in the context you referenced?
Thanks for all your work in this field!
Ive read your research, happy to find this video!
Thank you, Dr. Hamblin for this informative lecture, I value all the lectures you have shared on youtube. I look forward to learning from you!
Complex topic but even a layperson can take away extremely valuable information. Thank you.
Is there an optimum dose time ie is it possible to overload mitochondria by giving too many photons too quickly? By this I mean if you gave a dose of energy in 10 minutes vs the same dose in 1 minute, would there be any chance of 'overloading' ? I see a whole range of devices, especially laser from 1w to 30w. Isn't 30w overkill for most scenarios?
There is new science out about TRPM2 calcium ion channels and linking issues with allowing calcium into the cell to ME/CFS.....it's being treated with Low Dose Naltrexone in the lab....could light do this then?? Where would we shine the light?
I've been taking LDN every night for about 2 years. It's for low level, whole body pain management.
Can you expound a little about LDN in the context you referenced?