Nitroxide (aminoxyl radicals) and related persistent organic free radicals exhibit a number of unique chemical and physical properties making them an exceptional choice as synthetic and functional tools for emerging nanotechnologies and biotechnologies. The symposium focused on new and emerging directions in the field of materials and technologies that could have a potential impact on the cell biochemistry and biophysics, fields and that are based on nitroxides and other persistent organic free radicals. The symposium program followed the common theme of nitroxides and related free radicals in chemical and biochemical systems and materials of increased complexity and sizes: from organic synthesis of small molecules to supramolecular assemblies, nanoclusters, and polymer and biomaterials. The trans-disciplinary nature of the symposium brought together scientists in the organic synthetic, polymer, material chemists, as well as experts in spectroscopy and the underlying theory. It is pertinent to Cell Biochemistry and Biophysics (CBBI) as we entertain novel papers on the development of new techniques and applications in the areas of nanomaterials, spectroscopy, and spectroscopic probes with emerging applications to cellular systems.
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