The aim of this work was to synthesize collagen α-tocopherulate for topical treatments. Collagen is a natural polymer largely applied to enhance wound repair, and α-tocopherol is a known antioxidant used for the treatment of various skin diseases. Linking the two through covalent bonds could improve α-tocopherol transport and metabolic stability, reduce the rate of degradation, and ensure a longer persistence than free antioxidant. The new biopolymer was prepared by a solid-phase synthesis employing a carboxypolystyrene resin. Its antioxidant activity in rat liver microsomal membranes was also evaluated. The obtained collagen-based biomaterial represents a new prodrug of α-tocopherol that could be used for various biomedical applications.
Collagen α-Tocopherulate for Topical Applications: Preparation, Characterization, and Antioxidant Activity Evaluation / S. Trombino; R. Cassano; T. Ferrarelli; B. Isacchi; A.R. Bilia; N. Picci. - In: MACROMOLECULAR RESEARCH. - ISSN 1598-5032. - STAMPA. - (2012), pp. 939-943.
Collagen α-Tocopherulate for Topical Applications: Preparation, Characterization, and Antioxidant Activity Evaluation
ISACCHI, BENEDETTA;BILIA, ANNA RITA;
2012
Abstract
The aim of this work was to synthesize collagen α-tocopherulate for topical treatments. Collagen is a natural polymer largely applied to enhance wound repair, and α-tocopherol is a known antioxidant used for the treatment of various skin diseases. Linking the two through covalent bonds could improve α-tocopherol transport and metabolic stability, reduce the rate of degradation, and ensure a longer persistence than free antioxidant. The new biopolymer was prepared by a solid-phase synthesis employing a carboxypolystyrene resin. Its antioxidant activity in rat liver microsomal membranes was also evaluated. The obtained collagen-based biomaterial represents a new prodrug of α-tocopherol that could be used for various biomedical applications.File | Dimensione | Formato | |
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