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In 1985, three scientists produced a fullerene, named C60, in fewer quantities by vaporizing the graphite in the arc or the laser beam or with an electric current in a low-pressure argon or helium atmosphere. Since then, they have gained significant attention in different fields. The newly found molecule was named by these scientists after Richard Buckminster Fuller, in 1967, he made a dome of shape like the carbon cluster, whereas, in 1970, the possibility of fullerenes existence wa …

Fullerene is an allotrope of carbon whose atoms are arranged in a closed cage of pentagonal and hexagonal rings, forming hollow spheres, tubes, or ellipsoids. The most famous fullerene is buckminsterfullerene (C₆₀), a molecule of sixty carbon atoms shaped like a soccer ball. Discovered in 1985 and recognized with the 1996 Nobel Prize in Chemistry, fullerenes expanded the known family of carbon allotropes beyond graphite and diamond and helped launch modern nanotechnology. This guide explains wh …

Introduction Carbon is a versatile element that occurs naturally in several allotropic forms, such as diamond and graphite. In 1985 a new member joined this family: fullerenes, hollow cage-like carbon molecules built entirely from pentagonal and hexagonal faces. Notable for their symmetric, soccer-ball-like architecture, these molecules opened a new field of research in chemistry, materials science, and nanotechnology from the moment they were discovered. Today, fullerenes find applications acro …

Fullerenes (a form of carbon nanomaterial) is an important element and can be utilized for medical and healthcare purposes. The unique properties and structure of the carbon-based compounds have piqued the curiosity of many, due to which it is currently undergoing a thorough investigation in order to be used for the treatment of various medical conditions such as Diagnostics, Therapeutics, Toxicity Considerations, as Antioxidants, as Antiviral Agents, in Drug and Gene Delivery, and …

Fullerene plays a significant role in medicine due to its diverse applications and unique properties. As an active molecule, Fullerene exhibits versatility in various therapeutic areas.One of the primary uses of Fullerene in medicine is its application as an antioxidant. Its high electron affinity allows Fullerene to easily react with radicals, providing potent antioxidant effects. Consequently, Fullerene is utilized as an anti-aging and anti-damage agent in the cosmetic industry. Moreov …