I also find this statement strange:
Since C60 is known to locate in the mitochondria and is believed to enhance its function (thereby creating more ROS), ...
improved mitochondrial function is supposed to generate less ROS. Old, dysfunctional mitochondria are known for their ROS reneration. To say that enhanced mitos function equates more ROS is very strange indeed. Was is a typo?
Mitochondria produce ROS in producing ATP, and both tend to decrease with age while the ratio stays the more or less the same.
In this study, ATP synthesis was significantly decreased in older subjects, supporting the concept that aging is associated with a decrease in mitochondrial function...In fact, the ROS/ATP production ratio, which reflects the number of ROS molecules generated during the production of one ATP molecule, were similar in younger and older individuals, indicating that differences in ROS production between groups are a function of the decreased ATP synthesis rate.
http://diabetes.diab.../60/8/2051.full
So if you boost the ATP production, you will likely also boost the ROS production.
In fact, reducing ROS without also reducing ATP has not yet been accomplished (as of 2010)--
Remarkably, we know very little about the specific mechanisms and sites of ROS production in mitochondria. There has been much recent interest, but there is controversy and disagreement, with different research groups favoring different sites (center 'o' in complex III, the Q-binding site in complex I, the flavin in complex I, or upstream dehydrogenases of the citric acid cycle). In this study we will identify the specific mitochondrial sites that produce ROS in cells.
There are currently no successful strategies to decrease ROS production at these sites without also compromising ATP production.
http://www.ellisonfo...synthesis-cells
So if you are using a protocol to increase ATP you will also likely increase ROS, and there's not much you can do about it except boost your mitochondria's primary anti-oxidant defenses, and that's why I take reduced glutathione and C, as noted in my previous post.
Edited by Turnbuckle, 17 February 2014 - 12:40 PM.