Full Transcript Introduction and Disclaimers 0:00 Well, Chris Burres, this always a pleasure to chat with you. 0:04 I know we've known each other for a few years now, and, 0:06 I mean, this is we're going to be talking about a Nobel Prize 0:09 winning technology, and that's been around. 0:12 I mean, you've been studying it for decades, and I'm really, 0:16 really excited to tie that into, you know, cancer physiology, biology 0:21 and how this can be useful for people going through the cancer journey. 0:25 So thank you so much Chris for being here with me today. 0:28 Doctor Karlfeldt, thank you so much for having me. 0:30 I agree, I always love getting together with you. 0:32 I think we've got a chance to meet in person once 0:34 at an event actually beyond biohacking events. 0:36 So it's always great to reconnect with you and I'm going to pull up. 0:40 I threw together some slides that I might be thought would be of value here. 0:45 And of course, there you are. 0:47 Great. And we're, you know, the Cancer Breakthrough Summit. 0:49 You're on 4.0 like this is a continuing 0:53 to go out and find the latest technologies and bring them to your clients. 0:57 Everybody is really appreciative of that. 1:00 Of course there are some disclaimers right. 1:02 Statements have not been evaluated by the FDA. 1:04 And as for informational purposes only, you know, 1:07 get advice from a qualified health 1:08 care practitioner such as yourself and the products 1:11 that I'll be talking about on the molecule I'll be talking about is not intended 1:15 to treat, prevent, diagnose, or cure any disease. 1:19 A little bit about me for people out there, 1:21 if you had asked me eight years ago, would I be in this place? 1:24 I probably wouldn't have. 1:26 I'm just just a happy go lucky carbon nanomaterials scientist. 1:29 If there is such a thing, that's me. 1:31 But now, at this point, 1:32 I've been working with this molecule, this s 60 molecule since 1991. 1:36 And we'll talk about its discovery and the Nobel Prize associated with it. 1:40 I wrote a book, Live Longer and Better. 1:42 Your journey to living Longer and better has never been more achievable 1:46 than today. 1:47 I actually have a second book, which is The Longevity Molecule, 1:50 which is more focused, pinpoint, focused on the S 60 molecule. 1:54 I did a longevity summit included you, where I interviewed 57 experts 1:57 in longevity. 1:58 So I got some great learnings from that. 2:01 I do have a podcast called Live Beyond the Norms. 2:03 And then of course on IG, 2:05 in the podcast and YouTube, you can find me in all these places. 2:09 Oh, and I recently was on Dave Asprey podcast. 2:11 That was kind of a big moment and I was thinking about this. 2:13 Some of your audience might not know who he is, right. 2:16 Because there it's a he's a bio hacker. 2:18 He's actually the creator of the phrase bio hacker. 2:21 Most people do know of Bulletproof Coffee, like a lot of people have heard of that,
Chris Burres Background and C60 Overview 2:25 who don't know who Dave Asprey is. 2:27 Anyway, I got to go on his podcast. 2:28 It was a it was super cool. 2:30 And I want to talk a little bit like, how might this support the physiology 2:34 and fit makes sense in this cancer breakthrough summit. 2:38 And really kind of two key things. 2:40 It supports the mitochondria. And we're going to dig into that. 2:43 I think that's actually the cause of all the amazing testimonials 2:46 that we get as it relates to this S 60 molecule. 2:48 And then it's a selective antioxidant. 2:51 And that's that's really key 2:52 when you think about cancer cells and how they approach life. 2:57 Right. 2:58 They their mitochondria is very different. Right. 3:00 They need a lot more energy to outgrow the rest of our cells. 3:05 They're focused on growth. 3:06 And the mitochondria is still the powerhouse 3:08 of every cell in your body, including cancer cells. 3:11 And they are focused on survival. 3:14 And again, this molecule works at the level of the motto. 3:17 We're going to talk about that. 3:19 The other is a lot of treatments focus on using reactive oxygen species 3:24 to overstress the cancer cells and then kill them with this extra stress. 3:28 And so I know there's some protocols of may be 3:31 careful of vitamin C when you're around chemo 3:35 or whatever that particular treatment may be, and potentially being careful. 3:39 I don't know, you could confirm be careful even with vitamin D 3:42 and it really almost most antioxidants I would assume. 3:46 Yeah. 3:46 I mean and there's a little bit of a balance there. 3:49 And that's a beauty also with the with carbon 60 3:52 that we're going to talk a little bit more about 3:54 is that when you put a lot of oxidative stress on the cancer cells, 3:59 it comes to point when there's so much kind of oxidative debris 4:03 that needs to be cleared out 4:05 that actually interferes with that, that complete cell death cycle. 4:09 So it comes and there is a certain need to bring in 4:13 antioxidants to help to clear out some of that exhaust, 4:17 sort of say in order for the chemo radiation to continue to function. 4:22 So it's a little bit of a balance there. 4:24 So it's not an either or kind of thing. 4:26 And I know we'll get into that a little bit more later on. 4:29 Yeah. 4:29 So we're cool thing about this S 60 molecule is 4:33 it is a selective antioxidant as it turns out. 4:37 So what is this S 60 molecule. 4:39 Well it was discovered in 1985 at Rice University here in Houston. 4:44 That's where we're based. 4:45 And the three scientists who discovered it went on to win the Nobel Prize in 1996. 4:49 So that's Doctor Smalley, Doctor Curl, Doctor Kroto, 4:53 they are Nobel laureates because they discovered this amazing molecule. 4:57 Very proud to share. 4:58 My lab started manufacturing and we in delivering this molecule 5:02 to scientists around the world in 1991, a full five years before they were awarded 5:07 the Nobel Prize. 5:08 This really I know in reality kind of it's their baby, but 5:12 but it really feels like my baby. So very proud. 5:14 Now this molecule is amazing. 5:15 And so just a little bit of background, 5:17 the molecule performs as well or better than the current best material. 5:21 And almost every application 5:23 it makes better inks, better batteries, better tires, better photo cells. 5:27 And this is often where people get nervous 5:29 rather like ink, batteries, tires that no one in your audience 5:31 probably woke up, looked at their car and thought, I wonder what part of my car 5:35 battery I should be consuming on a daily basis for my health. 5:38 And actually, to be honest, the story gets a little worse first. 5:41 So this shape right in the front is the same shape. 5:44 So it's not the same formula, but the same shape as benzene. 5:48 And benzene is known to be toxic and known to be carcinogenic. 5:52 And because that shape exists 20 times on the exterior of this 5:56 S 60 molecule, they assumed the molecule would be toxic. 6:00 And they put it in a study. 6:01 Now, this is where finally the story will start to get better. 6:05 So we can move past inks, batteries, tires and photo cells and toxicity. 6:09 So in this study there were three groups of Wistar rats. 6:12 One group was given water. That's the control group. 6:15 Another group was given olive oil. 6:17 That's a semi control group. 6:18 And the last group was given the S 60 molecule dissolved in olive oil. 6:23 Now a typical Wistar rat will live out to 32 months. 6:25 And that's what happened with those rats given water that control group. 6:29 Interestingly, the all of oil rats lived 18% longer out to 38 months. 6:34 So I'm, you know, Doctor Steven Gundry has an olive oil on the market 6:38 and Johnson has an olive oil. 6:40 Brian Johnson has an olive oil on the market. 6:43 You should probably be consuming more olive oil. 6:45 And I certainly after this study I do. 6:47 But that's a that's an 18%. 6:49 That's not a 90% extension of life. 6:51 These s 60 rats lived out to 62 months. 6:55 So right about there. 6:56 Right. Which is the single longest 6:59 longevity experimental results on mammals in history.
Rat Longevity Study and Cancer Prevention Context 7:02 Peer reviewed published research. 7:04 And it's actually called the Bats study. 7:06 And I'm very proud to share. 7:07 My lab provided the material to this study, 7:10 and my lab is mentioned in this original research. 7:13 So we're kind of the OGs in this space. 7:15 Now, there's one piece of this study, actually. 7:17 My director of research, a former practicing physician, came to me 7:21 and he said, like this paper, this particular paper could have been 7:24 five separate papers because there's so much going on in here. 7:28 And there's one piece that really makes sense for that. 7:30 For the summit, which is a typical Wistar rat, lives out to 32 months, 7:35 as I mentioned, and they have a known amount of tumor mass in their body. 7:39 They're prone to getting cancers the longer and this is very well 7:43 kind of documented. 7:44 And we know the precise numbers. 7:46 The longer the Wistar rat lives, the more tumor mass it has in its body. 7:51 Now, even though the S 60 rats 7:54 lived out to 62 months, none of them had any tumors. 7:58 If you think about this graph, you should have should be projecting it. 8:01 And there should have been this just massive amount of tumors. 8:04 Probably a big reason they lived longer, right? 8:05 Because there wasn't this mass amount of tumors. 8:07 But I've told this story and I we got to be careful here 8:10 because I've told this story and people are like, oh, cure for cancer. 8:13 And I'm like, wait, no. 8:15 And then let me add another no. 8:17 There is a big difference between dealing with a cancer 8:20 that has metastasized and potentially being a cancer preventative. 8:24 We know things as simple as good exercise, good nutrition, good 8:28 sleep can be cancer preventative. 8:30 This piece of that study just throws into the arena 8:34 this S60 molecule of potentially being a cancer preventative. 8:39 Right. So I think that's kind of why why you invited me. 8:41 Now there is one study that I think is really important here. 8:46 Now this is a this is a petri dish study. 8:49 This is the lowest level of biological research. 8:53 Right. 8:53 Like I would take any testimonial over a petri dish because. 8:57 Because what happens in a petri dish when you take it into a living animal? 9:01 Things can all sorts of things can happen. Right? 9:04 But this I think, is really important. 9:05 In a petri dish, they had cancer cells and healthy cells, 9:08 and they were introducing an anti-cancer agent, which is usually like it's 9:13 a poison, you're trying to poison the cancer cells before the healthy cells. 9:17 In the presence of the S 60 molecule, there was increased efficacy 9:21 against the cancer cells and protective effects for the healthy cells. 9:26 So in the presence of S, 60 more cancer cells died, less healthy cells died. 9:31 So this is a pretty profound thing. 9:33 And we believe this kind of rolls into 9:37 what's going on in the mitochondria, as we kind of alluded to earlier. 9:40 And I'm going to share a little bit about my journey, because, you know, 9:42 I've been working with this molecule for 34 years now. 9:45 And most of that time it was as an industrial molecule 9:48 again, inks, batteries, tires and photo cells. 9:51 This study comes out and I end up transitioning into this. 9:55 Chief, I'm still the chief scientist of a carbon 9:57 nanomaterial manufacturing business, and most of the chief scientists 10:00 of a health and wellness supplement company now. 10:02 And it took us a while to actually decide to bring this product to market. 10:07 Some could say I was dumb, I, I would accept that. 10:11 I would argue that I was conservative, that we were just conservative carbon 10:15 nanomaterials scientists, 10:16 and we really didn't want to get into the supplement space 10:19 because the supplement space is challenged. 10:21 And and so, 10:22 you know, quarter after quarter, my business partner 10:24 and I would meet in the room and, you know, 10:26 this study came out and we're getting I'll share this as kind of interesting. 10:29 We were we were getting phone calls 10:31 from these crazy, wacky group of people called bio hackers. 10:35 And I can say that effectively now because I am a bio hacker. 10:38 And their first question was, hey, that stuff in that rat study. 10:42 I'll go back to the rat study here. 10:44 In that rat study, how much should we be taking in my business partner 10:48 Robert and I, what we heard was, 10:49 hey, that stuff that you sell to research institutions around the world 10:53 to put into inks, batteries, tires and photo cells, how much should we take? 10:57 And and we thought the right answer was zero. 11:00 We actually added not for human consumption to our labeling in mid 2013. 11:04 So that's from from 1991. 11:07 We start manufacturing all the way to mid 2013. 11:10 We don't have to have not for human consumption on the labeling. 11:13 Now we knew in the literature this molecule was safe. 11:17 We're just conservative carbon nanomaterials scientists. 11:20 And that actually turned into an interesting situation 11:22 where we're getting phone calls from these crazy wacky bio hackers. 11:25 And the phone calls would sound kind of like this. 11:27 Or like, hey, it's Joe calls me and and Joe is like, hey, Chris, my knee 11:31 pain is gone. 11:32 And I was like, Joe, you mean the knee pain of your rat, right? 11:34 Because it literally says not for human consumption on the labeling. 11:38 And Joe's like, yeah, yeah, hey, if my rat weighs 275 pounds 11:42 and does hit training on Wednesdays and Fridays, should I take 11:46 I mean, should my rat take more on on his training days? 11:49 So again, we did know what was going on. 11:51 And because of what was in the literature and this particular study where the rats, 11:54 the 90% longer, we were comfortable actually allowing it 11:59 to continue every quarter. 12:00 My business partner I are meeting 12:02 literally in the room right behind me in the conference room, and we're like, 12:05 do we want to get in the supplement industry? 12:07 I think it's generous to say that the supplement industry is challenged, right. 12:10 Like that's super generous. 12:12 We kept every quarter same decision. 12:15 No, we really don't want to. 12:16 And that finally changed in 2018. 12:18 And and actually in that time frame, I found a peer reviewed, published 12:21 research paper that showed that 50% of the supplements 12:25 that are on the market don't have in them what they say they have in them. 12:29 Right. This is a challenged industry. 12:32 I know you're not surprised, and honestly, probably nobody listening. 12:35 Is that surprise, maybe frustrated? 12:37 I certainly was frustrated in reading that. 12:39 Finally, at the latter part of 2017, a guy with a big YouTube following.
Selective Antioxidant Effects on Cancer and Healthy Cells 12:44 So everything changes these days, right? 12:46 Starts sharing all the benefits he's getting, taking it on a daily basis. 12:50 And our phone went from 2 to 3 calls a week to ten calls a day. 12:54 At that quarterly meeting, my business partner, Robert, and I was like, well, 12:57 we probably could have been smarter on this, right? 12:59 And we look back to that paper and we thought, well, 13:02 50% of the supplements don't have in them what they say they have in them. 13:05 That's going to happen in this space. 13:07 We're the oldest and longest manufacturers and distributors 13:10 of this molecule on the planet. We've got we've got the lab to do it. 13:13 We've been delivering 13:14 the highest quality material to the most discerning market scientists. 13:18 You know, 13:18 they get your powder like this is sold as a powder, not in the supplement, 13:21 but the sold as a powder, the wrong gradient. 13:23 And and they give it to a grad student or a research associate and they test it. 13:28 They have an HPLC and they know how to test it. 13:30 That doesn't happen in the supplement market. 13:32 So we're like, we we probably owe it to our customers to get into this industry 13:36 as a supplement. 13:38 And then we asked ourselves two questions. 13:40 The first question is a moral question. 13:42 Are we comfortable selling it? 13:44 I take it my wife takes it. 13:45 Everybody on our team takes it, by the way, not a requirement. 13:49 We don't you don't clock in. 13:50 And somebody there to make sure you take your mind. 13:52 I do see just our all of our team has access to the research. 13:56 And probably more importantly, 13:57 they have access to all the testimonials that are coming in. 14:00 And a lot of those we can't even share. 14:02 And I'll talk about that here in a little bit. 14:04 The second question was the legal question. 14:06 You got the FDA and the FTC. 14:07 You see, I've got disclaimers in every place. 14:09 So we're crossing the T's, dotting the eyes. 14:12 And so off and running in 2018 to bring this product to market. 14:16 Now, one of the 14:17 things that I was responsible for is like, what is this molecule doing? 14:21 And our most consistent testimonials, people take the product in the morning. 14:24 They were meant to focus and energy during the day and better sleep that night. 14:28 Now that that may not sound that profound, but it is actually really, 14:32 really profound for two reasons. 14:34 One, we know that sleep is good for your mental, 14:37 physical, and emotional well-being. 14:38 If we just help sleep better, they people would improve. 14:42 The other is to take something in the morning and positively impact 14:45 sleep at night, or really just see that as confirmation of the boss theory 14:50 that we're going to be talking about here, the fact that this S60 molecule 14:53 is in the mitochondria and what we think it's doing in the mitochondria, 14:57 in fact, sleep is so important. 14:59 It's where we hung our hat first that we did an ad hoc sleep study. 15:02 This was a crossover study. 15:04 So we collected ten days of survey data from people 15:07 before they started the product. 15:08 Ten days off the on the product. 15:11 Wait, so this is before this is on. 15:13 This is off again and this is back on. 15:16 It was a small cohort. 15:17 And we've actually done two of these now with different kind of surveys. 15:20 We wanted to get the first survey I wrote. 15:22 So probably was subject to interpretation right. 15:25 But the second one was an H standard survey on sleep. 15:29 The most important pieces of those studies is that every one of the participants 15:34 reported improvements in sleep when they were taking the product. 15:37 So sleep is where I landed first. 15:39 The next is I was looking at how did the these rats live 90% longer? 15:43 What is the medical community think about aging. 15:45 And they don't all agree, but they tend to think of it 15:48 as an oxidation and an inflammation process. 15:51 Right? 15:51 So as an antioxidant, there's an ad hoc study on the web 15:55 showing us to be 172 times more powerful than vitamin C. 15:59 There's peer reviewed, published research showing us to be 125 times 16:02 more powerful than vitamin C. 16:03 So I'm in Texas. 16:05 We put a big ol checkmark next to antioxidant with inflammation. 16:09 You have to be very careful when you're talking about inflammation, 16:13 because the FDA equates conversations about inflammation 16:16 with the diseases of inflammation, which are also the diseases of aging. 16:20 So arthritis, Alzheimer's, cardiovascular disease and cancer. 16:24 So if I come on and on this summit, I'm like, we address inflammation. 16:28 What the FDA here 16:29 says, oh, you can't I'm claiming IQ or cancer or cardiovascular disease. 16:33 We are absolutely not claiming that, frankly, there's so much research 16:36 that needs to go in to be able to make those claims, like 16:39 take this into the level of a medication really expensive. 16:42 We may get there, but 16:43 I'm going to talk about four real world studies that we're doing. 16:47 That should start by in the beginning of next, next year. 16:50 So we're really excited about that. 16:52 So even though you can't make that claim, but people that are taking 16:56 the product are experiencing less inflammation in their body. 17:01 They you've had to reports where they experienced less pain. 17:05 And obviously you're talking about sleep. 17:07 We know the brain is very susceptible to inflammation. 17:11 And also we have you know, the amount of mitochondria on 17:14 the brain is about 1000 times more than you would have. 17:18 And other cells. 17:19 And so, you know, mitochondria is so crucial for the brain. 17:24 So just knowing that this substance support
From Industrial Material to Supplement Market 17:27 these areas, allow them people to have these benefits. 17:32 Yeah. It's pretty pretty profound. 17:34 And we're about to hop into this really interesting boss theory. 17:38 That's where we finally landed. 17:40 So the boss theory stands for buffering oxidative stress system. 17:44 And what gives credibility to this theory is there is peer reviewed, 17:48 published research showing this S60 molecule inside of the mitochondria. 17:53 All right. 17:53 So this is the boss of buffering oxidative stress system. 17:56 And and we know from way back in the 90s that it can hold on to up 17:59 to six negatively charged particles on the exterior of the cage. 18:02 I'm going to get a little geeky here, so we'll geek out on mitochondria 18:06 for a little bit, and then I'm going to come back with a kind of fun analogy. 18:10 So the mitochondria is the powerhouse of every cell. 18:13 There's between 50 and 5000 mitochondria in every cell in your body. 18:17 Right. 18:18 Except for your blood cells, which have zero, 18:20 and your brain and neurons, which have 2 million. 18:23 It is amazing how much energy our nervous system uses. 18:26 And you just alluded to it relative to our other systems. 18:29 Like any energy source, there's a negative byproduct. 18:32 You think about your car going down the road, there's exhaust. 18:34 You think about a power plant, there's a smokestack. 18:37 In the case of, of your mitochondria that the byproduct, 18:41 the negative byproduct is reactive oxygen species. 18:44 The way I picture these is they're like little bumper cars. 18:46 And if they're left to their own devices, 18:48 they're running around your body and everything they smack into, 18:50 they cause rust, they cause oxidative stress, oxidative damage. 18:55 And that's horrible. 18:56 But so many biological systems in our body, 18:58 there is a way to manage this. 18:59 And the way it's managed 19:00 is with the internal antioxidants glutathione and melatonin. 19:05 By the way, melatonin is the sleep hormone. 19:08 Our most consistent testimonial involves sleep. 19:10 It's all operating in the same domain as a nice little parallel there. 19:14 So you can see here. 19:16 Yeah, a lot of people don't recognize is that melatonin does not only exist 19:20 in the brain, it exists in pretty much every cell like lutetium. 19:24 So to protect those two powerful intracellular 19:29 antioxidants with these this type of substances is huge. 19:33 Yeah. 19:34 No, it's well, 19:35 I think it's paramount to all the testimonials 19:37 and the studies that we're about to start. Right. 19:39 Why you this screen is why you invited me to this summit, right? 19:44 Like at the end of the day, I'm. I might be fun. 19:47 I might tell some good stories. 19:48 I'm about to tell a good story, but really it is about this screen. 19:51 So you see, in a healthy amount of condra, 19:52 it does have it produces reactive oxygen species. 19:56 And we've kind of depicted them here in this kind of baby blue color 19:59 because they're bonded with glutathione and or and, or melatonin. 20:03 And so they're not going to run around and do damage. 20:05 But what happens if you stress a mitochondria? 20:08 That, of course begs the question, how do you stress a mitochondria? 20:11 I point out, 20:12 certainly in the context of this summit, we understand their stress mitochondria. 20:16 Right. 20:16 But in general, everybody has stress mitochondria, you know, smoking, 20:19 drinking smog, EMF radiation off of your cell phone. 20:23 You have stressed mitochondria. 20:24 And when you do, that's when it starts 20:26 producing more reactive oxygen species than can be managed internally. 20:30 So you can see 20:31 some of these reactive oxygen species are that very tranquil blue color 20:34 because they've been bonded. 20:36 But it's run out of glutathione and melatonin. 20:38 So now if they're left to their own devices, these reactive oxygen 20:42 species run around like little bumper cars and cause all that damage. 20:45 And that's where the S60 molecule comes in. 20:48 So again, peer reviewed published research shows it inside the model. 20:52 Yes, sir. Yeah. And that's a danger. Yeah. 20:54 Because we obviously 20:56 one of the biggest thing is that we don't want a cell to turn cancerous. 21:00 And we know that when a cell is under severe oxidative stress 21:06 and that can be due to chemicals and metals, lack of nutrients, 21:10 pathogens, whatever, or emotional trauma, EMF, like you're saying, 21:15 all of these things will then shift the metabolic process in that cell. 21:20 And anything we can do to protect that from shifting 21:24 into them, moving in, becoming a cancer behavior 21:28 where the mitochondria essentially sends signals to your DNA and creating 21:34 an epigenetic changes, that then favors a cancer like behavior within that cell. 21:40 So anything we can do to support 21:44 that metabolic, healthy metabolic process 21:47 within that mitochondria becomes so huge, because then we are then promoting 21:52 healthy crosstalk between mitochondria and your genome to minimize 21:58 then any kind of movement towards cancer like behavior. 22:01 So at the first step prevention is is key. 22:05 And so so that's why this is such a core component 22:09 of of of our discussion as we talk about cancer. 22:13 Yeah it's yeah I mean 22:16 if you think it fundamentally it just makes sense. 22:19 Powerhouse of every cell. 22:21 You want it to work optimally. Right. 22:24 And if there is a negative byproduct at some point when it's stressed 22:28 you want to manage that. 22:29 And really what we're doing, it's got its own tools to manage it. 22:32 And that's the glutathione and melatonin. 22:34 Really what the S60 molecule is doing is just giving it 22:38 some breathing room, allowing it to do its natural function. 22:41 So you see here there's extra ones and they can run around and do damage.
Sleep, Energy, and Antioxidant Benefits 22:45 Now you can see it in this next image where the S60 molecule is holding on 22:49 to up to six of these 22:50 negatively charged particles, so they can't run around and do any damage. 22:54 And then when that mitochondria 22:56 replenishes the glutathione and replenishes the melatonin, 22:59 then it can manage those reactive oxygen species appropriately. 23:03 So I we got a little geeky there. 23:04 I'm going to bring it home with a fun analogy. 23:06 I don't know about you, doctor. 23:08 I feel like all biological analogies should start with Mardi Gras. 23:12 I mean, 23:13 I I've been to Mardi Gras and I don't like when, 23:17 when I kind of walk on streets after day after it's 23:20 talk about oxidative stress. 23:23 Exactly. That's that's the mess. 23:25 That's the 23:25 that's the extra reactive oxygen species smeared all over the cobblestone. 23:30 So it's the end of Mardi Gras, and you have these drunk reactive oxygen 23:34 species on Bourbon Street running around, smashing windows, spray 23:37 painting the walls, whatever. 23:38 And you have the New Orleans Police Department, 23:40 the glutathione and the melatonin coming on to Bourbon Street, 23:44 handcuffing themselves 23:45 to those reactive oxygen species and getting them off of Bourbon Street. 23:49 But what does the New Orleans Police Department do when they get overwhelmed? 23:52 They take those reactive oxygen species and they stick them in a paddy 23:56 wagon, right? 23:57 They attach them to the exterior of the SS 60 molecule, 24:00 so they can't run around like little bumper cars and do any damage. 24:04 And then when the New Orleans Police Department can replenish the glutathione, 24:07 replenish the melatonin, then they can handcuff themselves 24:11 to those reactive oxygen species and get them off of Bourbon Street. 24:15 And that's why we say that the S 60 molecule is the boss, a buffering 24:19 oxidative stress system. 24:21 And and the real summary is we believe we're reducing the negative impact 24:25 of stress mitochondria. 24:27 And if you reduce the negative impact of stress mitochondria then you will have 24:31 what we have which are systemic benefits and head to toe testimonials. 24:35 And speaking of testimonials, my next slide 24:38 actually has a testimonial from a doctor, Lane Young. 24:42 He came to our booth at a forum and he said this. 24:46 And then I was like, oh, Doctor Young, I have to like record you saying this. 24:49 So like it. 24:50 This is kind of forever cemented in my mind. 24:53 He's got a patient pool. 24:54 They saw him and HSC or an inflammatory marker 24:58 and then also improvements and sleep and HR v heart rate variability. 25:02 So you'll see that here in just a second. 25:04 And so this is at a forum. 25:06 You can hear the environment and everything. 25:08 Great event will be there again this year. 25:11 All right. 25:11 So you've become a big fan of my vital C 25:14 since we met at the biohacking conference right. 25:17 Yeah. 25:17 And you have some some data that's going to come out soon. 25:21 We're excited about that. 25:22 Talk a little bit about whatever you're comfortable talking about that data. 25:25 And then you just shared with me something that you're doing with your employees. 25:29 So male female doesn't matter post-surgery. 25:34 Otherwise super healthy heart disease diabetes, 25:39 anyone with C-reactive protein, HSC, AAP 25:44 it will bring it 25:45 down to the normal levels within 4 25:48 to 8 weeks by very quick. 25:51 As far as tracking HR and sleep, 25:54 it improves both dramatically, anywhere from 20 to 60%. 25:58 We're seeing improvements there. 26:00 So it's pretty pretty dramatic. 26:02 And we believe it should be just something 26:04 that we just is available for our employees and the luxury. Wow. 26:08 Thank you. 26:09 Yeah. So available in the lunchroom. 26:11 That's that's it. 26:12 I was just at JJ Virgin's mastermind event and it's called mindshare. 26:17 And we actually ended up 26:19 recording a testimonials for somebody who's HSC or had just dropped by two. 26:23 And I'm sharing this not because we can make any claims about dropping HSC 26:27 or it is these are the reasons we're actually running an HSC or study. 26:31 So we're pretty excited excited about that. 26:34 And then real quick, Gwen, she's our largest distributor in Houston. 26:37 And it's very interesting story because I recorded a video with her. 26:41 And in the video she shared this, she said, I originally 26:45 ordered the product for my dog. 26:47 I didn't have any intent on taking the product myself. 26:49 She noticed such a profound difference in her dog that she decided to take it. 26:53 Now it's worth pausing here, right? 26:55 This is a new molecule with anything you're ever considering. 26:59 You should be thinking about the placebo effect 27:01 because it affects everything. 27:03 It affects the actual treatments you're taking and affects 27:06 the medication, the medications, how you think about them. 27:09 You can take something that's actually good for you. 27:11 And if you convince yourself that it's bad for you. 27:12 So there's a piece here that is the placebo effect. 27:15 But that is not true for dogs. 27:17 They are not subject to the placebo effect. 27:19 So when notice 27:20 this profound difference and her dog, she starts taking the product. 27:24 And and so she is now one of our largest distributors in Houston. 27:28 And kind of speaking of pets, there's, this testimonials actually out on Google. 27:33 It's Kyle's ski. 27:35 He's actually the CEO founder of Osteo Strong. 27:38 It's a global health franchise 27:40 focused on helping women address osteoporosis and osteopenia. 27:44 He and his son brought home a dog.
Mitochondria, Oxidative Stress, and the BOSS Theory 27:46 You can kind of read this here. I'll just summarize. 27:48 It brought home a dog. 27:49 He actually brought home two pugs. 27:51 One of them was the run of the litter and was really in bad shape. 27:54 He said he was super perpetually dizzy, could barely, barely eat his food 27:58 because he was so dizzy and the vet didn't expect him to live long. 28:02 I had just sent him a care package. He was like, why not? 28:04 So he starts tripling the servings with this dog and he's about 80% better. 28:09 As he wrote this, he runs in straight lines. 28:11 He's playing with the other dogs, 28:12 and when the vet saw it, the vet was like, basically, this seems like a miracle. 28:16 And what Kyle said is, I'll never not take your product. 28:20 So pretty. Pretty, right? Pretty. 28:22 This just means and he owns a global health franchise, right? 28:25 So he's in the middle of this. He kind of understands how messy it is. 28:28 You know he's aware of the study and just has this response. 28:31 Again there's no placebo. 28:32 This dog just you know is doing so much better. 28:36 And and obviously with the rats that we did studies on in regards 28:39 to tumor longevity, I mean that was not a placebo effect either. 28:44 Yeah, exactly. 28:45 Yeah. 28:46 And I do like to joke because we were like, oh, the rats live 90% longer. 28:49 Like, what shape were they? 28:50 And I like to joke, well, there was no notation in the study 28:54 that these rats were walking around with little rat walkers and little rat 28:58 oxygen tanks. Right. 28:59 They live healthy rat lives. 29:01 And until the until they passed, 29:04 and I would say there were a whole lot better shape than the control group. 29:08 Yeah. Yeah, exactly. 29:10 No, no. Very, very true. 29:12 Because because there they were all dead. 29:14 So some people ask, hey, what might it look like, a journey on the product. 29:18 And we really do think of it as a three month journey. 29:20 And it parallels our consistent testimonial 29:22 of focus and energy during the day and then deeper sleep at night. 29:26 So month one is really about focus and energy. 29:28 The testimonial that I lean on here is we got some product to a lady. 29:33 She took the product in the morning, sent in her video that night, 29:36 and in the video she pointed out that she didn't finish her cup of coffee. 29:40 Now I don't if you're a coffee drinker, that's a big deal. 29:43 One to not finish it and two to notice, which means you always finish your cup 29:47 of coffee. 29:48 I'll share. 29:48 I used to be a 2 to 3 cup of coffee per day person. 29:52 I'm now one or a half. 29:53 It's just more about the ritual. 29:55 I come to the office, I make a cup of coffee. 29:57 That's all about the kind of the ritual. 29:58 Month two is sleep and I really land 30:01 sleep on month two, even though I think it's happening in month one. 30:05 I think it takes two months for this to land, 30:07 because everybody gets a little bit more or less sleep every day. 30:10 And so it can be hard to like, 30:12 oh, I started taking this and my sleep got collectively better. 30:15 So month two is where that lands my business coach, the way he describes 30:18 it is that for 50 years he needed an alarm clock. 30:21 When he started taking the product. 30:23 He wakes up before the alarm clock 30:24 and that doesn't matter if he's got late night mixers or late night dinners. 30:28 He wakes up before the alarm clock with one caveat, which is if he doesn't 30:32 get the product for about ten days because I haven't brought it, 30:35 then he starts to need the alarm clock again. 30:38 And that coincides with the literature 30:40 that this molecule clears out of your system in about ten days. 30:43 And this is kind of where things get really exciting on my three. 30:47 If you think about reducing the negative impact of stress, 30:51 then you should 30:52 have systemic benefits and you should have head to toe testimonials. 30:55 We actually have testimonials 30:57 that are so powerful that we can't use them yet, right? 31:00 We actually have to do some studies. 31:02 And here's upcoming studies. 31:04 This one is already 31:06 we've already got some participants in our frequent and severe headache studies. 31:10 So we're excited about that. 31:12 You can imagine, given Doctor Jung's testimonial while we're doing HSC, AAP 31:16 there's in fact, last year 31:18 there was a publication of improvements in HSC, AAP in beagles. 31:22 So that's peer reviewed published research. 31:24 So we're excited about that. 31:25 I mentioned our kind of ad hoc trials. 31:27 We want to get something that's better quality data so we can publish. 31:31 And I'm just going to share. 31:33 This is kind of evidence of what a very strange supplement company 31:38 we are because because most supplement companies don't do any research 31:43 and even fewer published, we actually published in 2024, 2025. 31:47 We should be able to get one paper in by 2026. 31:50 So that's very unusual. 31:52 And so we want 31:53 we want to be able to publish and we want to be able to publish about great sleep. 31:56 And then I do have a skin redo a product. 31:59 It is our S 60 molecule which is all soluble. 32:02 It is a peptide we call UT H 29 which stands for youth 29. 32:06 The age we all want to stop aging at. 32:08 And the peptide is water soluble. 32:10 The ES 60 molecule is soluble. 32:13 We could have shoved those two things together 32:15 with an emulsifier, but emulsifiers are not good for you. 32:18 So you want to use this few of those as possible. 32:20 And so we're doing a wrinkle and age spot study. 32:23 This is just a quick screenshot of of the headache 32:26 the landing page for the headache study. 32:28 We're really excited about that. 32:30 And we do have a landing page for your audience. 32:32 It is my comrades slash cancer summit. 32:36 I have some freebies there. 32:37 I don't want to turn this into a commercial, 32:39 but there is, there is, there are deals on that page that are you 32:43 can't find on the website up to 40% off if you get six, a package of six. 32:48 And I would recommend the inside out which is that duo set and the olive oil. 32:52 There's a discount on subscriptions. 32:54 And finally this one 32:55 I will take some time for it because I'm very proud of my book. 32:58 Live Longer and Better is available on Amazon for like 1995. 33:02 It's available on that landing page. 33:04 Same price for ten extra dollars.
Testimonials, Studies, and Product Journey 33:06 I will autograph the book. 33:08 100% of that $10 fee goes to Operation Underground Railroad. 33:13 You may remember the movie The Sound of Freedom, like so 33:15 an amazing movie about a horrible topic which is child exploitation. 33:19 Operation Underground Railroad is doing a great job getting that off of our planet. 33:23 So 100% of that signature fee goes to Operation Underground Railroad. 33:27 And those are the kind of the special I would send. 33:30 But that's it. That's all I got. 33:31 That's that's me running through everything. 33:34 I love it, I love it. 33:35 And just to reiterate, so here as we you know, since this is the cancer summit 33:39 and I wanted to really kind of make this as relevant to our audience as possible. 33:45 So, you know, with cancer, we know it's a metabolic dysfunction, you know. 33:49 So whatever we can do to protect your mitochondrial support, 33:53 mitochondrial activity becomes really, really important. 33:56 We know with cancer that there are inflammatory drivers 34:00 that promote its existence. 34:02 And we know that the more inflammatory tumor 34:06 microenvironment is, the more aggressive that cancer is going to become. 34:10 So anything we can do to calm down inflammation 34:14 in that tumor microenvironment becomes really, really important. 34:17 And obviously the less inflammation we have in the rest of the body, 34:21 it's going to be harder than for cancer to metastasize and move into that area. 34:26 If the inflammation is less. 34:28 The high sensitivity C reactive protein is a marker 34:31 that we run on all our cancer patients, and we know that 34:35 if that marker starts to climb up, then that is a cause for serious concern. 34:40 And so anything we can do to keep that marker down, 34:44 it's going to always improve the outcome. 34:48 We also know that free radicals, 34:51 the little substances that create and that oxidative stress, 34:55 we know that they are directly linked to cancer activity. 34:59 So anything that we can do to minimize that oxidative stress 35:03 from these free radicals can be really, really beneficial in regards 35:08 to protecting us and from any kind of disease, essentially 35:12 because it's been linked to to so many different things. 35:15 Again, to reiterate, you know, this product does not treat any disease. 35:20 It does not cure anything. 35:22 All it does, it supports nutritional value 35:26 to help the body to optimize certain functions. 35:30 And that is and that's what we're doing with this. 35:32 And so we know that aspect. 35:35 And then the concern in regards to 35:37 well I'm you know what we brought up earlier in regards to antioxidants 35:42 and then also putting oxidative stress on the cancer. 35:46 This is a kind of a selective from my understanding. 35:50 You know, it's a selective antioxidant. 35:53 So like you're seeing in that petri dish, you know, we bringing them the 35:57 you know the carbon 60 alongside with chemo. 36:01 And it actually had a better kill and also protected 36:05 the healthy cells at a better kill on the cancer cells 36:09 and then protected the healthy cells, which is exactly what we want. 36:13 I mean, we want to minimize the damage from any kind of traditional ecology 36:17 type of therapies, you know, because sometimes they are needed. 36:20 And when we bring them in, we want to optimize the impact 36:23 and minimize the damage. 36:25 So that is always the goal when we bring in these kind of stronger 36:29 type of therapies. 36:30 So whatever we can do in that aspect, you know, so 36:33 we have done these kind of selective molecules 36:36 that then helps to protect healthy cells 36:39 and then increase the oxidative kill. 36:42 Then then we're going to be in a much better place. 36:45 And then another aspect which I alluded to earlier. 36:48 And this is why I'm so passionate about these this substance. 36:51 And this is why I have it in my practice and utilize it for my patients, 36:56 is that I mentioned in regards to the exhaust from the oxidative stress. 37:01 I mean, in a normal cell you have the mitochondria. 37:04 Yeah. It's like a car. 37:05 We burn gasoline and the exhaust comes out. 37:08 And if we have that in a garage where it's an enclosed space, then obviously 37:13 you're not going to live very much longer and it's not going to be able to.
Cancer Summit Takeaways and Closing Remarks 37:17 That car engine is not going to run very efficiently because it's 37:20 not going to get clean oxygen, clean air through it. 37:23 It's going to be dirty exhaust that it has to kind of rebreather. 37:27 And so it's the same in the cells. 37:29 If we can then clear out this exhaust that's produced 37:33 from mitochondrial activity, from energy production just like your 37:37 your car, then your mitochondria is going to work 37:40 so much better and it's less likely to them become damaged. 37:44 And you have the appropriate cell death switch 37:46 that exists when the cell becomes old, damaged, etc.. 37:50 Yeah, which is the way it should be. 37:52 You know, which in cancer cells, 37:54 you know, that is bypassed by something called the Warburg effect. 37:57 So there's so many aspects that is beneficial as you go through 38:02 a cancer journey utilizing this kind of a compound on your journey. 38:06 So that's why I felt that this was so important to highlight 38:10 to our audience that this is available, 38:12 because that's always the challenge as you go through this journey. 38:16 And there's only so many things, you know, so many supplements a person can take. 38:20 So you want to optimize, then your intake, you know, one for financial reasons 38:25 and then two just for swallowing stuff, you know, and then and that's the thing. 38:30 So so Chris, I really appreciate you 38:33 coming on to the summit to explain this technology. 38:37 And again, want to highlight this is something you've been studying since 1991. 38:41 So you know, a bit. 38:44 And so obviously you know quite a bit about this. 38:47 And I know there are other, you know, C60 products out there. 38:50 But then to have the stamp of somebody that has done the original research 38:56 and been part of it, you know, for such a long time, 38:58 we want to make sure that whatever you take 39:01 is what you're what you expect to get and not like what 39:05 you see out there in the market where 50 plus percent 39:09 are not including what they say they include on the label. So. 39:15 So thank you so much, Chris, for all of this. 39:17 I really appreciate this, doctor. 39:19 Thank you so much for having me. Thank you.
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