Vitamin C behaves as a very powerful radical scavenger in aqueous media and can be successfully used to prevent peroxidation of important unsaturated organic molecules. Its hydrophobic derivatives (i.e. alkyl-esters and ethers) perform the same antioxidant activity in self-assembled structures such as micelles and microemulsion systems. In this work the study on the micellar properties obtained from these hydrophobic derivatives by viscosity, light-scattering, and small-angle neutron-scattering (SANS) experiments, and a comparison between the antioxidant activity of the vitamin C derivatives and the most common natural antioxidants are reported.
Self-assembling and antioxidant activity of some vitamin C derivatives / LO NOSTRO, Pierandrea; Capuzzi, G.; Pinelli, Patrizia; Mulinacci, Nadia; Romani, Annalisa; Vincieri, FRANCO FRANCESCO. - In: COLLOIDS AND SURFACES. A, PHYSICOCHEMICAL AND ENGINEERING ASPECTS. - ISSN 0927-7757. - ELETTRONICO. - 167:(2000), pp. 83-93. [10.1016/S0927-7757(99)00465-3]
Self-assembling and antioxidant activity of some vitamin C derivatives
LO NOSTRO, PIERANDREA;PINELLI, PATRIZIA;MULINACCI, NADIA;ROMANI, ANNALISA;VINCIERI, FRANCO FRANCESCO
2000
Abstract
Vitamin C behaves as a very powerful radical scavenger in aqueous media and can be successfully used to prevent peroxidation of important unsaturated organic molecules. Its hydrophobic derivatives (i.e. alkyl-esters and ethers) perform the same antioxidant activity in self-assembled structures such as micelles and microemulsion systems. In this work the study on the micellar properties obtained from these hydrophobic derivatives by viscosity, light-scattering, and small-angle neutron-scattering (SANS) experiments, and a comparison between the antioxidant activity of the vitamin C derivatives and the most common natural antioxidants are reported.File | Dimensione | Formato | |
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