Buckminsterfullerene popularly known as C60 or C70 fullerenes have been extensively explored in biomedical research field due to their unparalleled physicochemical properties and unique structure. This C60 Fullerenes is characterized as a free radical sponge with an antioxidant efficacy that is several hundred-fold higher than the conventional anti-oxidants. To know more about C60 check out http://mstnano.com/products/fullerenes/.
This C60 molecules core consists of a very powerful electron attracting capacity as well as plenty of functional compounds with many different properties that can all be added to this fullerene cage. The C60, C70 fullerenes and derivatives, (especially the C60 cores) coupled with the functional groups by presenting new pharmacological and biological activities, are more beneficial in orthopaedic research and will be promising in clinical performance for musculoskeletal disorders treatment.
After graphite and diamond, fullerenes is the 3rd allotropic form of carbon material. This C60 consist of twelve pentagonal rings and twenty hexagonal rings as the important basis of an icosahedral symmetry closed cage structure. One of the main disadvantages of this c 60 is that there is no scientific evidence or studies indicating this carbon Fullerenes C60 is totally safe for human consumption. Visit the site for more relevant information.
This nanometre-sized particles that have great features and properties promise a great advancement in the medical field, technology and electronics field. Nanotechnology generally deals with objects that are comparable to atoms in size with measurements ranging between 1 nm and 100 nm. U Nanotechnology is a highly promising and rapidly developing area of science today.
This carbon nanotechnology makes use of nanotubes, fullerenes and other same structures such as carbon framework structures. Invented in the year 1996 by the scientists Robert F. Curl, Richard E. Smalley and Sir Harold W. Kroto, it became popular in no time and they were awarded the Nobel Prize in Chemistry for their research in light fullerene molecules C60 and C70. Usually, the hydrocarbon content is less in this C 60 (< 0.5 percent). Thin films and lure sublimed crystalline powders and are available to meet the stringent absolute purity requirements for solid-state research.
This three-dimensional spherical fullerene molecule has unique physical, chemical and physicochemical properties, which include the following:
C60 Fullerenes are relatively safe and inert. On the other hand, they also have properties that allow the substance to create active derivatives
They have the ability to form compounds with many different sorts of material including the ability to retain other substances inside the molecule and the ability to absorb free radicals
These Fullerenes can display the photochromic effect, that is nothing but a change in light transmission based on the intensity
The molecule can act as a semiconductor, conductor and superconductor under specific conditions
This set of unique characteristics of the product differs depending on the type of materials used with fullerenes and provides a very broad scope for their application.
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