Buckminsterfullerene: Natural anti-aging
c60antiaging.com has details & sells C60 olive oil
The most exciting news in life extension science’s short history is the discovery that C60 (Buckminsterfullerene) in extra virgin olive oil has very potent anti-aging properties. Less than a milligram per pound of body weight, administered only 24 times over roughly a ninth of the lifespan of the treated rat, will make rats live up to nearly twice as long – all “Bucky”-rats became much older than all non-treated rats, and all C60-treated rats remained in good health throughout their lifes. Where it is normal that rats die of tumors or pneumonia in old age (the control group of genetically identical rats did so), the rats that had been given C60 (“buckyballs”) dissolved in olive oil died of the general effects of old age, instead of succumbing to the diseases typical for a rat’s final stage of life. C60 occurs naturally in the Shungite mineral of Russian healing springs, well-known in Russian traditional medicine for hundreds of years.
The scientists mention in their study that no substance in medical literature has such an extreme life-extending effect as Buckminsterfullerene: C60 chemically bound to the lipid chains of extra virgin olive oil. The oil by itself only added three months to their lifespan. Rats are the most popular animal as subjects for medical tests not only because they are easy to keep, small and cheap, but also, contrary to popular belief, if something works on a rat, it is a rule of thumb that it also works on a human. And if something is toxic to a rat, it usually is toxic to humans too. You can put a rat to sleep with “human” sleeping tablets, get it drunk with alcohol, sedate it with opium and poison it with cyanide, so rats are not at all unlike ourselves from a basic biological point of view. They need the same vitamins as we do and they suffer from the same old age ailments and aging effects as we do – telomere shortening, oxidative stress, glycation etc. It has been found that fullerenes increase the lifespan and enhance the growth of 4 classes of simpler organisms as well, so the effect appears to be universal for all life.
Fullerene C60 greatly increases the lifspan of rats, even though they were given a mere 24 doses, most with a long interval, starting when they were already ten months old, comparable to being around 25 years old in human terms. If we allow ourselves to extrapolate to humans, a person would need 1000 doses to achieve the same effect. It is of course highly questionable that a human being would benefit as much as a rat, rats having a much faster metabolism than we have. Although lab rats (and people) may live even longer when dosages are modified, or when the C60 fullerene is administered more often. And the rat study is not a fluke – a similar C60 study on mice reported not just an increased lifespan – also very greatly improved learning and memory. Very old mice (near end of life) performed as young mice (6 months old).
C60, when properly prepared, appears to be a true miracle drug – at least in rats so far. But also mice with familial ALS lived longer, when given a water-soluble derivative of Buckminsterfullerene. C60 protected mice against gamma radiation, by improving their damaged immune system and mitochondrial function. Whereas all mice in the control group died, 73% of the C60-mice were still alive after one month. As with many inventions of great benefit to mankind, this one came as a complete surprise. The purpose of the study was to establish an LD50 dose. Instead, they discovered that rats given C60 were all still alive when the entire control group had died of natural causes. C60 is a very extraordinary molecule. It is known as Buckminsterfullerene or “bucky balls” because it is nearly a perfect sphere, reminding of the geodesical structures which the genius Buckminster Fuller patented. Many soccer balls are accurate molecular models of C60. If you would place a carbon atom where the vertices meet eachother, you’d have C60.
C60 is an amazing molecule in many respects. As a crystal, it can be harder than diamond. It is a superconductor at temperatures substantially above absolute zero. It is a 271 times more powerful antioxidant than vitamin C, and it preserves salmon twice as long as vitamin E does. It is so liver-protective that rats, pre-treated with a high dose of C60 and then injected with a normally lethal hepatotoxic chemical, suffered no adverse effects and their livers looked normal, wheras the control group died rapidly due to massive liver failure. And perhaps the most mysterious property of C60: It behaves both as a wave and a particle. Even though there is yet relatively little known about the medicinal effects of Buckminsterfullerene, it is already known for its multi-faceted cardiovascular health effects.
If we were religious, we would be tempted, with the information we have about C60 dissolved in olive oil at this time, to call fullerene C60 a “miraculous elixir of life”. If we believed in voodoo, we would call it a “magic immortality potion”. But we are scientists, so we decided to manufacture and sell the exact same product: Highly purified C60, fully dissolved in extra virgin olive oil. Stirred for two weeks, centrifuged and filtered just like the solution in the original research. People are already buying C60 and dissolving it at home in olive oil and taking it (an unwise thing to do due to the nanoparticles that have to be removed with specialized equipment) and they’re already claiming beneficial effects. (Broken link due to censorship explained in the moved thread here). Here is another thread on home experiments with C60, note how it is explicitly forbidden to mention any positive effects and note that many postings mentioning such effects by long time posters have been deleted! Reporting the results of your own longevity experiment with small rodents is explicitly prohibited too, which shows a clear censorship agenda on Longecity.
We spent a lot of time researching possible toxicity issues and, finding none, decided to start selling the C60 life extension product soon. Contrary to C60 suspended in water, fully oil-dissolved C60 has no toxicity whatsoever – on the contrary, as twelve “Methuselah rats” testify to. A Japanese research team found that oil-dissolved C60 was non-toxic in any dose. The interesting aspect of their study is that the C60 they administered to the mice was polluted with nanoparticles (undissolved C60) and that did not have a negative effect on the mice: “All doses, even the lowest dose of 0.1 mg/ml, did not completely dissolve in corn oil, and included visible and invisible residues..“. The rats were given particle-contaminated C60, up to 1000 mg/kg with no ill effects. So the jury is still out on the toxicity of nanoparticles. Sometimes they are, sometimes they are not, depending on many factors, such as their size and shape. Carbon nanotubes can damage DNA by piercing the cell nucleus (Pantarotto et al., 2004a; Singh et al., 2005; Lovat et al., 2005; Foley et al., 2002; Goho, 2004; Hoet et al., 2004; Lam et al., 2004), so it is important to use a source of C60 without CNT contamination. We use SES in the US, the same as the researchers used for the rat study.
The researchers said that their batch of C60-in-oil kept remarkably fresh for the entire duration of the experiment. They tested several bottles of the product monthly during all those years, to verify that the C60 remained in solution and did not precipitate nanoparticles into a suspension. This indeed did not take place, but neither did the oil get rancid, not even after having been kept for several years. The C60 prevented the peroxidation of the oil. A liter of olive oil can reportedly at most dissolve 909 mg of C60 at room temperature, but there are other oils that can take a larger amount. Clove oil holds the record with 3.8 g/l at room temperature (Russian study). Linolenic acid is also a better medium to dissolve C60 in, but we will remain true to the original rat study and not tamper with any parameters, because it is not even known whether the health benefits come purely from the C60, or whether the C60 merely acts as a vehicle to bring long chain fatty acids into the cells. Or whether there is a synergy at play. We will not go higher than 0.8 mg/ml because with saturated concentrations, when the temperature drops, the C60 will precipitate and form nanoparticles. We filter the solution with a 0.22 nm filter to remove nanoparticle. This fine filtration also removes all bacteria from the product, because the two-week stirring stage, even though done in a capped, boiling-water sterilized, alu-foil wrapped erlenmeyer at low temperature, still holds a small risk of bacterial contamination.
It is not yet known why C60 prolongs life and prevents cancer and the diseases of old age – at least in rats. Read hypotheses on how C60 prolongs life. That this is a fact – at least in rats – is beyond doubt, as the statistical likelihood that this was all a strange coincidence is nigh impossible. When the last rat in the control group died, all rats in the C60 group were still alive – and they kep on living – for a very long time. None of them died of the tumors the control group died of. They maintained a body weight normal for rats in their prime. For all practical purposes, they simply stayed younger for longer. Even though there were only twelve rats getting C60 (6 orally and 6 peritoneally), the fact that all those got amazingly old can not be a coincidence. The study calculates the probability that a rat gains an extended lifespan on olive-oil-diluted C60 as 0.999, or a 99.9% likelihood.
The team considered four possible reasons why C60 has such a profoundly positive effect on life expectancy, and after rejecting three, they concluded that it was most likely that C60 protected against the damage done by free radicals. We are sceptical towards accepting this explanation, since there have been countless trials done with antioxidants on rats, none gave even a remotely comparable result as C60. There must be something else hitherto undiscovered about this unique sphere-shaped molecule. C60, when dissolved in olive oil and ingested orally, gets absorbed and the C60 mulecules become distributed – albeit in small concentrations – throughout the body and intracellularly, even beyond the blood-brain barrier in minute amounts. There could be myriads of modes of action that we have no idea of yet, because the origial study was merely a toxicological study, a LD50 study, so no investigations of any kind have yet been done to establish fullerene C60’s mode of action in prolonging mammalian life. All we have are wild guesses, and all we know is that this is so far the only substance known to man with an extreme negative toxicity. The rats in the study were only treated for seven months, so it appears likely that there is some kind of cumulative effect at work. Most of those seven months, they received only occasional doses, in the end only once every two weeks. A possible mode of action could be that C60 resets the mitochondria to a younger age.
Big Pharma is working to patent a water-soluble designer-fullerene and sell it extremely expensively as a life-extension drug. They will have little trouble persuading the FDA, their enforcer, to ban all other natural fullerenes for being “toxic”, just like the FDA still claims natural Stevia is “toxic” but they allow adulterated Stevia to be sold as the Truvia brand. C60 is naturally produced by camphor flames so they can’t patent it. Camphor is widely used in Hindu religious ceremonies. Hindus worship a holy flame by burning camphor, which forms an important part of many religious ceremonies. Camphor is used in the Mahashivratri celebrations of Shiva, the Hindu god of destruction and (re)creation. As a natural pitch substance, it burns cool without leaving an ash residue, which symbolizes consciousness. Big Pharma “assumes” that only water-soluble Buckminsterfullerene will be bioavailable, but that’s a ruse to rake in the dough on a patented and trademarked, monopolized drug for the happy few. The cell walls are lipids and lipofullerene (C60 with adducts of the long-chain fatty acids of olive oil) therefore is readily absorbed by the cells and ends up where it is most needed – provenly in the mitochondrial bilayer membranes, where it will neutralize ROS (reactive oxygen species) like no other molecule, because C60 can function as an antioxidant in all perpetuity, it is not “used up” by performing its antioxidant action because it can capture high-energy electrons all the way up to Beta-radiation level, reduce their energy in the C60 matrix and drain them by electrical instead of chemical means.
Although Big Pharma benefits more by people being sick, instead of living a long life in extraordinary health. Big Pharma wants to embed medicines into fullerenes. They don’t seem to be interested in using fullerenes to keep people healthy. It would be the first time.
Cost of daily supplementation is 27 dollars a month if one takes our recommended daily dose of 1 mg/day. We used allometric scaling to the average adult human, based on that human taking a smaller daily dose instead of taking two weeks in between, as eventually done with the rats. There is no data on what the optimal dose is, or the lowest sufficient dose. It may be much lower than the dose used in the rats. The researchers were trying to poison them to death with C60. If you’d want to take the rat-equivalent dose of the study, you’d need to take 3 mg/day every day, but we advise taking 1 mg because it is unlikely that the therapeutic dosage would be identical to the dosages used in a LD50 study. More importantly, is is unlikely that the large doses used in the LD50 trial would be fully absorbed. Better absorption happens when smaller dosages are taken more frequently. People are already experimenting with home-brewed C60 solutions and one chronically ill person took 2 mg for two days and reported a near-instant (four hours after ingestion), pronounced increase in energy and stamina: (Broken link due to censorship explained in the moved thread here). Here is another thread on home experiments with C60, note how it is explicitly forbidden to mention any positive effects and note that many postings mentioning such effects by long time posters have been deleted!
As I’ve only been taking it a few days, I’m a bit reluctant to mention the results, but what the hell. Just take this with a saltshaker of salt. I’m just one person with a certain medical history, and these are essentially single data points…
Background. I’m 60 years old and fifteen to twenty pounds above my ideal weight. Ten years ago I could run three miles to the gym, work out for two hours, and run back. Then I made the mistake of taking statins for high cholesterol. After some months I realized I was being chemically poisoned, so I stopped. My recovery was slow and incomplete. Years later I still suffered from it, but PQQ was a big help. The effects were noticeable in two days, and reached a plateau in one week. Still, I couldn’t run more than 100 yards without feeling I’d run a marathon. I couldn’t get enough air. Residual mitochondrial damage, in my thinking.
Then, four hours after ingesting 2 mg of C60 in olive oil, I went running. And kept on running. My god, I could breathe! The next day was the same. I ran a mile and a half, and I hadn’t done that since before Crestor. The effects seemed too quick to be the result of mitochondrial biogenesis, but it must have something to do with the mitochondria.
Here is a bottle from our first test batch:
This is the analysis report of our Buckminster fullerene (average the two channels’ purity results to obtain 99.947%):
You have a helpful point of view or interesting info to add?
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|I feel compelled to point out some errors in the calculations here. In the rat study they were administered 1.7mg/kg body weight 24 times over a 7 month period. The rats weighed 1 pound(.45kg) and were thus fed .8mg of C60 per dose. First week was everyday. Then once a week till end of month. Then twice a month for 6 more months then they stopped because a control rat died. The C60 rats lived over 5 years.If we go by the twice a month dose of 1.7mg/kg for a human that comes to a dose of 112mg of c60 for a 145 pound person per dose. If we use Sarah’s protocol and just take a mini dose of this every day instead of a full dose twice a month then 112/14= 8mg c60 per daily dose. That is to say that the full 8mg vial would be the ideal dose size daily for a regular weight person.
If you were to follow the protocol listed in the project it would require 14 vials per dosing days(twice a month) or one vial a day. Note this is the maintenance dose as the first week they took a full dose every day, but as Sarah was stating, the longevity effect probably did not require the first weeks loading as they were trying to OD the rats initially but the only rats that died were the rats that didn’t get the c60!
Thank you for your feedback, it is greatly appreciated! But there are no errors :-)
The rats were given 1.7 mg/kg body weight 24 times over a 7-month period.
Say the average lifespan of a human is 900 months and the average lifespan of a rat is 36 months. So humans live 25 times longer.
So the rats were on C60 for roughly 20% of their natural expected lifespan.
The rats received a total of 24 x (1.7 / 2) mg = 27.4 mg.
Say the average human weighs 70 kilo, 140 times more than the rats in the study.
Then during 20% of his/her lifespan (15 years), a human would need to take 27.4 x 140 x 25 = 95900 mg.
95900 g / (15 x 365) = 17.5 mg/day.
However, there is such a thing as allometric scaling, when scaling a dose from one weight class into another:
You can verify there that there is an allometric scaling factor of 3.44 from our rats to humans, yielding an equivalent daily C60 dose for humans of 5 mg/day.
(Use the following parameters: Weight1 = 0.5 kg, Weight2 = 70 kg, Dose1 = 0.85 mg, Exponent = 0.75).
So my calculations get 5 mg/day.
However, there is not much reason to believe that this dose is required, to enjoy the beneficial effect. The rat study’s goal was to find toxic effects, not establish medicinal properties.
All we have in one anecdotal report from someone who took a single 2 mg dose and said that 4 hours after he took that dose, he could run 3 km, something he had not been able to do for a decade (correct me if I’m wrong).
So I think it’s reasonable, so far, taking many (more) factors into account, to advise 1 mg/day.