Intense C60

How It’s Made

• We disperse Carbon 60 molecules into organic oil under inert gas protection to the saturation rate of 4.4 mg of C60 per 1.0 ml
• We allow it to settle and filter any aggregates or impurities
• We pack the product in airless pumps that protect it from light and oxidation
• The pump delivers 1 mg per dose. We recommend taking 1 mg per day per 30 lbs of body weight every day.

We use C60 packed in argon. We open C60 bottles in an inert atmosphere (Nitrogen Blanket) within a glove box then we perform total dispersion within the Nitrogen atmosphere

The filling machine is loaded with unadulterated unoxidized solution and product is injected into airless pump bottles that prolong shelf life and keep product pristine until it is pumped into your mouth

Other manufacturers use a magnetic stirrer that creates a vortex that inducts air into the oil (not good) causing the C60 particles to scavenge oxygen radicals making it less effective. To prevent it, the dispersion needs to be done in an inert atmosphere. C60 is not soluble in lipids, only aromatic organic compounds such as dichlorobenzene, THF, etc.. We could never achieve total dispersion of the individual molecules with a magnetic stirrer and came up with a very effective alternative. Articles and scientific papers that are referring to C60 dissolved in oil are wrong, it is dispersed.

We do not use magnetic stirers Oxidation of oil and C60 occurs when the vortex generated by magnetic stirrer inducts air into the solution, 2 weeks of stirring produces considerable oxidation, and drawing in atmospheric contaminants.

There are two main ways to make raw C60.

1. Rods of elemental carbon are vaporized by electric arc in a Helium atmosphere. This method imitates the way C60 is made in the atmospheres of giant red stars, as their mass is being blown out into space.
2. Hydrocarbon wax is burned in low oxygen.. This method imitates the process by which the blacked wick at the end of a candle ends up containing around 0.25% C60.

Scientific studies on animals found that C60

• Increased rodent life spans by between 35% and 100%.
• Learning speed and memory were increased significantly.
• Age related cognitive decline and tumors were completely prevented.
• Potential negative effects of environmental toxins and radiation were eliminated.
• Test animals on C60 lived long, vigorous and healthy lives.
• C60 is pure carbon – it is not toxic to animals or plants.

1. ROS Explained General
2. Free Radicals Explained General
3. C60 Molecule Explained in Popular Science General
4. Preventing Muscle Fatigue with C60
5. Extended Life span of lab rats with C60
6. Longer Life span and Better Brain Function with C60
7. Joint Cartilage Function improved with C60
8. Repairing Degenerated Discs in Back Pain with C60
9. Research paper on repairing nerve damage with C60
10. Nerves Protected from Damage from Neurotoxins with C60
11. Obesity and Metabolic Syndrome reduced by C60
12. Protection from UV Light Damage with C60
13. Antiviral Properties of C60
14. Bacterial Infection Inhibited with C60
15. Toxicity Study for C60
16. Original research paper about rats and C60
17. Cardiovascular and other benefits of C60
18. Protection from Radiation Damage with C60 (Czech)
19. Protection from radiation damage with C60 (China)

Experimental Therapy

Fullerene (C60), a third carbon allotrope, is a classical engineered material with the potential application in biomedicine. One of the biologically most relevant features of C60 is the ability to quench various free radicals, behaving as a “free radical sponge”. Conversely, photosensitization of C60 leads to its transition to a long-lived triplet excited state and the subsequent energy or electron transfer to molecular oxygen, yielding highly reactive singlet oxygen (1O2) or superoxide anion (O2-), respectively.

These reactive oxygen species (ROS) react with a wide range of biological targets and are known to be involved in both cellular signaling and cell damage. Therefore, the dual property of fullerenes to either quench or generate cell-damaging ROS could be potentially exploited for their development as cytoprotective or cytotoxic anticancer/antimicrobial agents. However, the attempts to that effect have been hampered by the extremely low water solubility of C60, and by the fact that solubilization procedures profoundly influence the ROS-generating/quenching properties of C60, either through chemical modification or through formation of complex nanoscale particles with different photophysical properties…

Markovica Z, Trajkobicb; Biomaterials 29 (26): 3561-73 (2008)

Oxidative stress plays a major role in acne formation, suggesting that oxygen radical scavengers are potential therapeutic agents. Fullerene is a spherical carbon molecule with strong radical sponge activity; therefore, the effectiveness of fullerene gel in treating acne vulgaris was studied. Investigators performed an open trial using a fullerene gel twice a day; at 4 and 8 weeks, the mean number of inflammatory lesions (erythematous papules and pustules) significantly (P < 0.05) decreased from 16.09 +/- 9.08 to 12.36 +/- 7.03 (reduction rate 23.2%) and 10.0 +/- 5.62 (reduction rate 37.8%), respectively. The number of pustules, consisting of accumulation of neutrophils, was significantly (P < 0.05) decreased from 1.45 +/- 1.13 to 0.18 +/- 0.60 (reduction rate 87.6%), and further in vitro assays of sebum production in hamster sebocytes revealed that 75 uM polyvinylpyrrolidone fullerene inhibits sebum production, suggesting that fullerene suppresses acne through decreasing neutrophil infiltration and sebum production. After treatment for 8 weeks, the water content of the skin significantly (P < 0.05) increased from 51.7 +/- 7.9 to 60.4 +/- 10.3 instrumental units. Therefore, the fullerene gel may help in controlling acne vulgaris with skin care benefit. …

Inui S et al; Nanomedicine 7 (2): 238-41 (2011)