Excerpt from a YouTube presentation (speaker Chris Burres) explaining an analogy for how ESS60 (also written ESX 60/ESS60) buffers oxidative stress by sequestering reactive oxygen species when endogenous antioxidants are overwhelmed; the speaker links this mechanism to reduced mitochondrial stress and reports broad ‘head-to-toe’ testimonials supporting benefits.
Chapters
I have a little analogy, and hopefully you'll agree that all biological analogies should start with Mardi Gras. I mean, a lot of, a lot of biology happens at Mardi Gras. So. So at the end of Mardi Gras, you've got these drunk reactive oxygen species on Bourbon street causing oxidative stress, causing oxidative damage. And you have the police department, the New Orleans Police Department, the glutathione and the melatonin who come in, handcuff themselves to those reactive oxygen species and get them off of Bourbon Street. But what does the New Orleans Police Department do when they're overwhelmed? They take those reactive oxygen species and they stick them in a pack, they attach them to the exterior of this ESX 60 cage so they can't run around and do the damage. And then when they replenish the glutathione and the melatonin, then it can attach themselves to those reactive oxygen species and get them off of Bourbon Street. And that's the kind of the wrap of the theory, why we think that the ESS60 molecule is the boss buffering oxidative stress system. And to kind of tie a bow on that. If you read, we believe we're reducing the negative impact of stressed mitochondria, and if we are reducing the negative impact of stressed mitochondria, then we actually would see head to toe testimonials. And that is in fact what we have. We absolutely have head to toe testimonials.
