An alternate view of fullerene material rsquo s antioxidant activity NOLF in series ldquo will nanocarbon onion like fullerenes NOLFs play a decisive role in the future of molecular medicine rdquo

Daniel J Bourassa


Although they have exhibited excellent antioxidant effects in both in vitro and in vivo research a thorough understanding of fullerene material rsquo s biological interactions and antioxidant activities remain unsettled science Pristine fullerenes are electrophilic and potentially free radical molecules due to an affinity for electrons when excited They often behave like electron deficient alkenes and interact with other molecules through addition and substitution reactions Structurally fullerenes possess large dense electron clouds and an unusual truncated icosahedral arrangement of carbon atoms that form lower Hackle electron orbital vacancies while maintaining the valence saturation of the outer orbital Fullerene materials are known to bind with mitochondria microtubules enzymes nucleotides and other cellular proteins and biomolecules and this has raised concern among some researchers but the biocompatibility of fullerene materials and many of their functionalized derivatives is now generally accepted Pristine fullerene materials are often referred to as ldquo super free radical scavengers rdquo but this is an unlikely primary mechanism in biological systems where oxidative stress management is enzymatically responsive to the dynamic quantum criticality of living systems by necessity Alternately fullerene material rsquo s strong electron affinity is consistent with preventing excess electrons in the ETC by functioning in a capacitor like electron sink mechanism There mild electrophilic nature stimulates Nrf ARE pathways producing both an antioxidant response as well as mitochondrial biogenesis helping to maintain mitochondrial homeostasis Finally bio coronation may allow pristine fullerene materials to scavenge radicals while maintaining dynamic cellular regulation of antioxidant ROS balance

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