Wonko
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@sb4
Okay, I assume you're referring to mitochondria in general then, which gives me serious doubts as to the validity. I was under the impression that cells have several control mechanisms specifically to keeps ATP under control, to reduce ATP function (and generation) to situations where it is both needed and can be controlled, I would question if in vitro research like this would carry across to in vivo situations. I'd also question just how much red light can actually pass through the skin, body etc to actually get to the mitos, and I'd again bring up the whole issue of has this been tested on mitos from pwME (vs those without), which mitos, in serum or not etc.
I am still working on the paper linked, to be more precise I am working on how to reply about it, amongst other things it seems to contain a surprising amount of 1940's theories and metaphysics doesn't it - for a modern paper.
Okay, I assume you're referring to mitochondria in general then, which gives me serious doubts as to the validity. I was under the impression that cells have several control mechanisms specifically to keeps ATP under control, to reduce ATP function (and generation) to situations where it is both needed and can be controlled, I would question if in vitro research like this would carry across to in vivo situations. I'd also question just how much red light can actually pass through the skin, body etc to actually get to the mitos, and I'd again bring up the whole issue of has this been tested on mitos from pwME (vs those without), which mitos, in serum or not etc.
I am still working on the paper linked, to be more precise I am working on how to reply about it, amongst other things it seems to contain a surprising amount of 1940's theories and metaphysics doesn't it - for a modern paper.