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  1. 1.   Fullerenol cytotoxicity in kidney cells is associated with cytoskeleton disruption, autophagic vacuole accumulation, and mitochondrial dysfunction
  2. Johnson-Lyles, D. N.; Peifley, K.; Lockett, S.; Neun, B. W.; Hansen, M.; Clogston, J.; Stern, S. T.; McNeil, S. E.
  3. Toxicology and Applied Pharmacology. 2010, Nov; 248(3): 249-258.
  1. 2.   Fluorination approach to achieving tunable-optical-gap and large-optical-gap nanomaterials from carbon-caged nanoparticles
  2. Xie, J. R. H.; Zhao, J. J.; Sun, G. Y.; Cioslowski, J.
  3. Journal of Computational and Theoretical Nanoscience. 2007, Jan; 4(1): 142-146.
  1. 3.   Structure, stability, and NMR properties of lower fullerenes C-38-C-50 and azafullerene C44N6
  2. Sun, G. Y.; Nicklaus, M. C.; Xie, R. H.
  3. Journal of Physical Chemistry A. 2005, MAY 26; 109(20): 4617-4622.
  1. 4.   Tuning spectral properties of fullerenes by substitutional doping
  2. Xie, R. H.; Bryant, G. W.; Sun, G. Y.; Kar, T.; Chen, Z. F.; Smith, V. H.; Araki, Y.; Tagmatarchis, N.; Shinohara, H.; Ito, O.
  3. Physical Review B. 2004 69(20, Art. No. 201403):
  1. 5.   Excitations, optical absorption spectra, and optical excitonic gaps of heterofullerenes. 1. C-60, C59N+, and C48N12: Theory and experiment
  2. Xie, R. H.; Bryant, G. W.; Sun, G. Y.; Nicklaus, M. C.; Heringer, D.; Frauenheim, T.; Manaa, M. R.; Smith, V. H.; Araki, Y.; Ito, O.
  3. Journal of Chemical Physics. 2004 120(11): 5133-5147.
  1. 6.   Theoretical C-13 NMR chemical shifts of the stable isomers of fullerene C-90
  2. Sun, G. Y.
  3. Chemical Physics. 2003 289(2-3): 371-380.
  1. 7.   Assigning the major isomers of fullerene C-88 by theoretical C- 13 NMR spectra
  2. Sun, G. Y.
  3. Chemical Physics Letters. 2003 367(1-2): 26-33.
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