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Registration Date 18 Jun 2022
Revision Date 18 Jun 2022
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Vitality C60 – 440mg

(5)

Food Supplements

Dietary Supplement

Nanomaterials

Manufacturer Asserted

Fullerene

C60 Fullerene CAS Number : 99685-96-8

Properties

Virus removal Anti-aging Anti-oxidant Bacteria removal Inflammation reduction

Manufacturer's Description

The Carbon 60 molecule acts as a super antioxidant, helping cells remove toxins and free radicals, allowing them to return to health quickly and naturally. C60 is the best known Life Extender on the Planet !!

C60 oil has been shown to elongate rats’ life span by approx. 90%. The life-prolonging effect of C60 is its ability to quench various free radicals, acting as a free radical scavenger. For oral administration, C60 powder must be dispersed in a high-quality food-grade oil such as olive, linseed, avocado or coconut oil. For high bioavailability, the encapsulation in liposomes (nano-sized lipid carriers) is required. C60 molecules are known for their extremely low water solubility, but even when C60 is mixed into vegetable oil it does not have a good bioavailability. This makes it a demanding task to formulate a supplement with the desired life-prolonging effects. To overcome the problem of lacking bioavailability, the C60 molecules must be encapsulated into liposomes. Our emulsification process forms nano-droplets and liposomes. C60 in liposomal form has superior bioavailability.
 
 
C60 oil is has lately gained a lot of attention since the supplementation of C60 in rats has increased the rats’ life span by spectacular 90%. The outstanding effect of C60 on longevity is mainly caused by its superior antioxidant action. C60 oils act as free-radical sponge – scavenging reactive oxygen species (ROS) so that they cannot harm by damaging healthy cells. Thereby, inflammation, ageing and the development of disease can be prevented. A further explanation of C60 fullerenes’ life-prolonging effect is its possibility to act as mitochondria protonophore and various simulations of the transport of C60 and its hydroxylated and other derivatives through lipid bilayer membranes, which can account for scavenging capacity of fullerenes for reactive oxygen species and their acting as mild mitochondrial respiration uncouplers.