Since their discovery, fullerenes have become one of the most recognizable molecules in
science. The'beautiful molecule'described by Harold W. Kroto has been subtly referenced in …

The preparation and characterization of the stable human serum albumin (HSA)-C3 isomer
of tris-malonic acid [C60] fullerene complex is reported. Other than the anti-fullerene …

Carbon nanomaterials are widely produced and applied in biological and environmental
fields because of their outstanding physical and chemical properties, which pose a threat to …

The potential biomedical applications of fullerenol C 60 (OH) x (x≈ 24) have been
extensively studied. However, the structural information of the interaction of fullerenol with …

Concern is growing about the potential impact of human exposure to carbonaceous
nanomaterials (such as fullerenes) in the environment. A valid biological study of how native …

Proteins bind fullerenes. Hydrophobic pockets can accommodate a carbon cage either in full
or in part. However, the identification of proteins able to discriminate between different cages …

Abstract The (10, 10) single-wall carbon nanotube (SWNT) presents consistency between
relatively small solubility, and large partition coefficients and kinetic stability. The solubility of …

Sample preparation is of vital importance for proteomic analysis because of the high
complexity of biological samples. The rapid development of novel nanomaterials with …

Most current nanotoxicology research is focused on examining the influence of
nanomaterials at the tissue and cellular levels. To explore these interactions on the …

Bis-β-cyclodextrin connected via ethylene diamine on the primary side of the β-cyclodextrin
was synthesized and used for the supramolecular non-covalent inclusion complex with C 60 …